Friday, October 23, 2015
Tuesday, October 20, 2015
Thursday, October 15, 2015
color questions
1. What are the 3 primary colors?
The three primary colors are Red, Green, and Blue.
2. How are secondary colors created?
5. How can color affect our perception?
The three primary colors are Red, Green, and Blue.
2. How are secondary colors created?
Secondary colors are created when two primary colors are blended together
3. How are tertiary colors created?
3. How are tertiary colors created?
Tertiary colors are created when any three colors are blended together
4. What is the difference between subtractive and additive color models?
4. What is the difference between subtractive and additive color models?
additive colors are colors which are "pure", i.e. colors add up to form white light. A Red light looks Red because it emits Red light.
while subtractive colors are "impure". You perceive Red pigment to be Red because it reflects Red light and absorbs everything except Red light falling on it.5. How can color affect our perception?
A website might have content that is eloquent and clear, but the color choices for background and other elements could send a contradictory message. Many companies choose their colors based off of personal preference or the corporate logo, but fail to realize that the website says much more than what is presented on the conscious level. Design elements such as color choice that reach visitors on the subconscious level deliver just as strong of a message as written content.
6. How does one color affect another?


6. How does one color affect another?
Two colors, side by side, interact with one another and change our perception accordingly. The effect of this interaction is called simultaneous contrast. Since we rarely see colors in isolation, simultaneous contrast affects our sense of the color that we see. For example, red and blue flowerbeds in a garden are modified where they border each other: the blue appears green and the red, orange. The real colors are not altered; only our perception of them changes. This effect has a simple scientific explanation that we will uncover.


Wednesday, October 14, 2015
Tuesday, October 13, 2015
Typography:
Legibility: Choose classical time-tested typefaces
Serif vs Sans Serif: Serif reads best at smaller sizes, can be complimentary
Font Variance: Too many confuse the reader.
Definition: Fonts that are too similar cause ambiguity.
Readability: Use upper and lower case letters for optimum clarity.
Alignment: Left alignment reads easiest, consider eye flow as it moves down a page.
Emphasis: Use these tools with discretion and without disturbing eye flow.
(Italics/Bold/Size/Color/Typestyle Change)
Integrity: Avoid stretching or distorting type.
Weight: Strive for a sense of balance.
The mac is not a typewriter
Kerning: The individual space between letters.
Tracking: Applying Kerning to the entire word.
Large Text Blocks: Rags
Legibility: Choose classical time-tested typefaces
Serif vs Sans Serif: Serif reads best at smaller sizes, can be complimentary
Font Variance: Too many confuse the reader.
Definition: Fonts that are too similar cause ambiguity.
Readability: Use upper and lower case letters for optimum clarity.
Alignment: Left alignment reads easiest, consider eye flow as it moves down a page.
Emphasis: Use these tools with discretion and without disturbing eye flow.
(Italics/Bold/Size/Color/Typestyle Change)
Integrity: Avoid stretching or distorting type.
Weight: Strive for a sense of balance.
The mac is not a typewriter
Kerning: The individual space between letters.
Tracking: Applying Kerning to the entire word.
Large Text Blocks: Rags
Tuesday, October 6, 2015
Color Theory Notes
Color Theory:
ROYGBIV:
Red, Orange, Yellow, Green, Blue, Indigo, Violet
Primary:
Pigment generated colors are derived from these primary colors: Red, Yellow, and Blue
Light generated colors are derived from these primary colors: red, Green, and Blue
Secondary:
Mixing primary colors creates other colors. For example: blue + yellow = green blue + red = violet
Tertiary and Beyond:
A secondary color wheel can expand to tertiary and beyond
Color Mixing:
RGB
Red, Green, Blue
Light Generated Model
RGY
Red, Green, Yellow
Pigment Generated Model
CYMK
Cyan, Magenta, Yellow, Black
Print Process Model
Color Modes:
Monochrome
Tints, shades and tones of a single hue
Grey Scale
Black and White only
Web Safe RGB
Hexadecimal compatible
Color Modification:
Tints
Add white to a pure hue
Shades
Add black to a pure hue
Tones
Add grey to a pure hue
Color Harmony:
Use complimentary colors
Split complementary
Analogous
Triad
Tetradic
Quadrilateral
Color palettes:
Different color palettes can invoke mood, location, and emotion
Color properties:
Cool, Warm, Bright, Dark, Saturated, Desaturated
Color Intensity:
Color Intensity changes in relation to its surrounding color
Color Intensity Illusion:
Using lighting to change shade
Color Associations:
these types of color associations are universal to all people
Cultural and Psychological Color Associations:
These color associations are generated from cultural and contemporary sources and may not be universally recognizable.
Why Color Matters:
73% of purchasing decisions are now made in-store
Catching the shopper's eye and conveying information effectively are critical to successful sales
Color increases brand recognition by up to 80%
Color Affects Appetite:
Blue is a rare occurrence in nature
We have no appetite response to blue food
Color Affects The Mind:
Pink is a tranquilizing color that drains your energy
Used in prisons, holding cells, opposing team locker rooms
ROYGBIV:
Red, Orange, Yellow, Green, Blue, Indigo, Violet
Primary:
Pigment generated colors are derived from these primary colors: Red, Yellow, and Blue
Light generated colors are derived from these primary colors: red, Green, and Blue
Secondary:
Mixing primary colors creates other colors. For example: blue + yellow = green blue + red = violet
Tertiary and Beyond:
A secondary color wheel can expand to tertiary and beyond
Color Mixing:
RGB
Red, Green, Blue
Light Generated Model
RGY
Red, Green, Yellow
Pigment Generated Model
CYMK
Cyan, Magenta, Yellow, Black
Print Process Model
Color Modes:
Monochrome
Tints, shades and tones of a single hue
Grey Scale
Black and White only
Web Safe RGB
Hexadecimal compatible
Color Modification:
Tints
Add white to a pure hue
Shades
Add black to a pure hue
Tones
Add grey to a pure hue
Color Harmony:
Use complimentary colors
Split complementary
Analogous
Triad
Tetradic
Quadrilateral
Color palettes:
Different color palettes can invoke mood, location, and emotion
Color properties:
Cool, Warm, Bright, Dark, Saturated, Desaturated
Color Intensity:
Color Intensity changes in relation to its surrounding color
Color Intensity Illusion:
Using lighting to change shade
Color Associations:
these types of color associations are universal to all people
Cultural and Psychological Color Associations:
These color associations are generated from cultural and contemporary sources and may not be universally recognizable.
Why Color Matters:
73% of purchasing decisions are now made in-store
Catching the shopper's eye and conveying information effectively are critical to successful sales
Color increases brand recognition by up to 80%
Color Affects Appetite:
Blue is a rare occurrence in nature
We have no appetite response to blue food
Color Affects The Mind:
Pink is a tranquilizing color that drains your energy
Used in prisons, holding cells, opposing team locker rooms
Subscribe to:
Posts (Atom)




