SYSTEMATIC COLOUR (Part 1)
introduction to colour principles
I found this video that explains how color is perceived into different environments. The way the human eye works and understands light.
Colour is about perception. We perceive colour through light.
Blue- Lower, shorter wave lenghts
Red- Higher, longer wave lengths
Green- In between red and blue
• The eye contains two kinds of
receptors: rods and cones.
• While the rods convey shades of gray,
the cones allow the brain to perceive
colours .
• Of the three types of cones, the first is
sensitive to red-orange light, the
second to green light and the third to
blue-violet light.
When a single cone is stimulated, the brain perceives the corresponding colour.
receptors: rods and cones.
• While the rods convey shades of gray,
the cones allow the brain to perceive
colours .
• Of the three types of cones, the first is
sensitive to red-orange light, the
second to green light and the third to
blue-violet light.
When a single cone is stimulated, the brain perceives the corresponding colour.
•If our green cones are stimulated, we see "green".
•If our red-orange cones are stimulated, we see "red".
•If both our green and red-orange cones are simultaneously stimulated, our perception is yellow.
Colour Wheel
Primary colours- Primary colours can not be made by mixing other colours
Secondary Colours- Secondary colours can be made by mixing two primary colours
Tertiary Colours- Tertiary colours are the breath of colours that exist
Complimentary colours- Complimentary colours are opposite each other on the colour wheel
Colour Modes
CMYK
CMYK colour mode is for print
CMY are the primary colours
Black is the key colour
RGB
RGB colour mode is for screen
Spectral colour (Made of light)
•The eye cannot differentiate between spectral yellow, and some combination of red and green.
•The same effect accounts for our perception of cyan, magenta, and the other in-between spectral colours.
•The same effect accounts for our perception of cyan, magenta, and the other in-between spectral colours.
Subtractive colour
Primary Colours- CMY
Secondary Colours- RGB
Neutral Colour- Black
Additive colour
Primary Colours- RGB
Secondary Colours- CMY
Neutral Colour- White
After part 1 of the presentation we were asked to gather the coloured objects we had brought in. I was given the colour:
GREEN
We got into groups of the same colour and created a colour wheel with the objects we had brought in. We chose to categorise them from blue/green, green, green/yellow. This was more difficult than I expected. Some of the different factors that effected our decisions were light, mat/coated surfaces and materials. It was interesting to see that we could only categorise them when there is another colour to compare it to.
dimensions of colour
CHROMATIC
VALUE
=
HUE +
TONE + SATURATION
Hue
Chromatic Value- how the purple is affected by saturation
Shade, Tones, Tint, Luminance
Shade- Desaturation through chromatic value
Tint- Desaturation through tonal value
Tones- Desaturation through both
Pantone
Pantone is an accurate system of every colour that has been made. This means you can identify any colour to a pantone swatch and get a true match.
For the second task we had to choose 7 of our objects reflecting the darkest green, middle,
lightest, brightest, dullest, bluest and yellowest. We had to match the colours to colours in
the pantone guides.
Darkest (Clarks box)
Pantone formula guide/ Solid matte
Pantone 3308M
13pts pantone pro blue 61.9
3pts pantone yellow 14.3
5pts pantone black 23.8
Middle (Smallest lid)
Pantone formula guide/ Solid coated
Pantone 3425C
15pts pantone green 83.3
1pt pantone yellow 5.6
2pts pantone black 11.1
Lightest (zip)
Pantone formula guide/ Solid matte
Pantone 365M
3/4pts pantone yellow 4.7
1/4pts pantone pro blue 1.6
15pts pantone trans.wt. 93.7
Brightest (Dog chew)
Pantone formula guide/ Solid matte
Pantone 802M
Dullest (Jewellery box)
Pantone formula guide/ Solid coated
Pantone 364U
10 pts pantone yellow 55.6
6pts pantone pro blue 33.3
2pts pantone black 11.1
Bluest (Large lid)
Pantone formula guide/ Solid coated
Pantone 3278C
13pts pantone pro blue 81.3
3pts pantone yellow 18.7
Yellowest (plastic bag)
Pantone formula guide/ Solid coated
Pantone 389C
15pts pantone yellow 93.8
1pt pantone green 6.2
Pantone formula guide/ Solid matte
Pantone 3308M
13pts pantone pro blue 61.9
3pts pantone yellow 14.3
5pts pantone black 23.8
Middle (Smallest lid)
Pantone formula guide/ Solid coated
Pantone 3425C
15pts pantone green 83.3
1pt pantone yellow 5.6
2pts pantone black 11.1
Lightest (zip)
Pantone formula guide/ Solid matte
Pantone 365M
3/4pts pantone yellow 4.7
1/4pts pantone pro blue 1.6
15pts pantone trans.wt. 93.7
Brightest (Dog chew)
Pantone formula guide/ Solid matte
Pantone 802M
Dullest (Jewellery box)
Pantone formula guide/ Solid coated
Pantone 364U
10 pts pantone yellow 55.6
6pts pantone pro blue 33.3
2pts pantone black 11.1
Bluest (Large lid)
Pantone formula guide/ Solid coated
Pantone 3278C
13pts pantone pro blue 81.3
3pts pantone yellow 18.7
Yellowest (plastic bag)
Pantone formula guide/ Solid coated
Pantone 389C
15pts pantone yellow 93.8
1pt pantone green 6.2
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