Compared to an RGB color value of 50, the RGB color value of 150 would be...    brighter. darker. less saturated. more saturated.

What do you think are the most crucial parts of a computer-generated image?

How can a static picture become a collection of numbers? How does one go about creating video's source code?

How can an image that doesn't move end up as a numerical value? How can the video's source code be generated while it is being made?

What do you think are the most crucial parts of a computer-generated image?

CYMK is better for blown-up pictures than RGB.

If you sat close enough to an old TV, you could see individual (R)ed, (G)reen and (B)lue (or RGB) “phosphors” that could represent just about any color you could imagine (using “additive color model”). When these three-color components are at their maximum values, the resulting color is white from a distance (which is amazing – look at your screen with a magnifying glass!). When all are off, the color results in black. If red and green are fully on, you’d get a shade of yellow; red and blue on would result in purple, and so on. For computers, each color component is usually represented by one byte (8 bits), and there are 256 different values (0-255) for each. To find the “inverse” of a color (like double-clicking your iFone® button), you subtract the RGB values from 255. The “luminance” (or brightness) of the color = (0.2126*R + 0.7152*G + 0.0722*B). For this program, you need to design (pseudocode) and implement (source code) a Color class that has R, G and B attributes (which can be…

But I want the output like the images below. I want all the circles are right in the middle of each small square.

can you add a screenshot showing that you are writing and running the code in Matlab/Octave.

How can a static picture become a collection of numbers? How does one go about creating video's source code?