On a screen or monitor, gray color means that red, green, and blue phosphors are equally half-lit, i.e., RGB (128,128,128).
Gray is named a neutral color and made combining black (no visible light) and white (all the visible light). We see white on a screen when all phosphors are fully lit at RGB (255,255,255).īefore we move to the color choices and user attraction, one last curious thing is the color gray. Thus, the color white is produced, mixing all the colors of light into one. When something looks white to you, like snow, that means the object is just not absorbing any of the frequencies and reflect it all back into your eye. The color black is produced when mixing all paint colors: the mixture finally starts reflecting almost no light.Ĭolor black on a screen or monitor means that no RGB phosphors are lit, which makes the digital expression of color black be this: RGB (0, 0, 0).Ĭolor white is the presence of a full spectrum of visible light. Interestingly, the natural color black is the absence of visible light, meaning a thing that looks black to us is absorbing all the light spectrum without reflecting anything.
#GREEN TO RED APPLE COLOR TEST FOR MAC#
So, when you edit a photo of a red apple in Photoshop for Mac or Windows, or any other program, and see a red apple on the screen, that means the frequency of color red is generated and emitted into your eye.
As a result, RGB stands for the three colors that correspond to the vision cones of a human eye: the red, the green, and the blue cone. Then red was sent back into the environment and your eye.Įvery color monitor or screen is made of triple color phosphors that are lit in red, green, and blue when hit by the photon. Thus, if you see an object as red, it means its biochemical and physical qualities have absorbed all of the light spectrum except the red. Now the color you see is a particular frequency or a combination of light frequencies either reflected from a thing or emitted by the source of light.
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