Colors by Number generates, displays and defines unique color combinations in RGB, HSB and Hexadecimal color models. Colors by Number offers multiple means of viewing, editing, saving and exporting your selections from literally billions of unique color combinations displayed in (10) different geometric forms* through an intuitive and customizable interface.
Colors by Number is an iPad application created by and for creative professionals, educators, artists, architectural and interior designers, textile designers, color specialists and developers – to complement the use of color in the mediums and applications of their choice – in the studio, the office, at home and beyond. At the same time, it’s a fun and effective teaching tool for introducing students to the nuances of color theory and its application as an immediate, personal experience.
Where do I find Colors by Number on the iTunes Store?
The quickest way to find and download Colors by Number on the iTunes Store is to select “iPad Apps” then enter “color scheme generator” in the search field at the top right-hand corner of your screen.
Does Colors by Number offer an easy “system” for coming up with color schemes?
Yes, and no. Colors by Number acknowledges the inherent unpredictability and personal nature of color perception by generating random combinations of (4) colors that you’re free to edit at will, in any of (10) different designs or “themes.” Colors by Number provides lots of tools and controls for creating unique color schemes – the rest is up to you.
Is there a way to share my color selections with others?
Colors by Number provides an easy way to share your selections through email or by posting them to your Twitter or Facebook pages. You can also export your colors and designs for use in other applications – as image or ASE files through iTunes or email. Each selection is accompanied by its complete color data, including alpha channel (transparency) values.
Can I print my favorite colors and designs?
You can print multiple selections to any AirPrint-enabled printer.
Can I “lock” or prevent certain colors from changing?
Any of the four colors in a given design can be locked by tapping once on its corresponding small color block (a small lock icon will appear on the color block); tapping the block again unlocks that color. Note: tapping one of the small color blocks twice brings up the app’s visual color selector where you can choose to edit a color by selecting points in color spectrum and tint displays.
Is an educational discount available?
Yes, we participate in Apple Education Pricing which allows qualified educational institutions to purchase and distribute iOS apps in volume at a discounted price.
Billions of color combinations? Really?
Actually billions of billions, and here’s why: The four, distinct color areas in each of Colors by Number’s (10) graphic patterns act independently of one another. In the RGB model, each color is made up of separate Red, Green and Blue channels that are defined by one of 256 values between 0 and 255. So, based on 256 * 256 * 256, each color has one of 16,777,216 possible sets of RGB values. But to take it a step further, we’ve programmed Colors by Number so that none of the color areas in any 4-color combination can have exactly the same sets of values at the same time. Therefore, 16,777,216 * 16,777,216 * 16,777,216 * 16,777,216 gives us the actual number of possible combinations of four colors, with no duplicates.
Color forever? Well, practically.
So, how long might it take to cycle through every possible combination in “Auto Mode” where color sets are programmed to change every three seconds? Let’s look at the arithmetic: every three seconds / 20 times each minute / 1200 times an hour / 28,800 times a day / 10,512,000 times every 365 days. How many years would it take to view all of them? Divide the total number of possible color combinations (16,777,216 ^ 4) by 10,512,000 – a very, very long time.
*Each of the (10) geometric forms is based on an original grid system precisely drawn by Keith Lovell to the proportions of the Golden Section.