What are the different formations of the RGB phosphorus in pixel?

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SUMMARY

The discussion focuses on the formations of RGB phosphorus in pixels, specifically how red, green, and blue subpixels occupy space within a pixel. Each color typically occupies one-third of the pixel area, often in circular or square shapes. The movement of pixels when manipulated, such as through vertical lines in graphic software, is attributed to the arrangement and interaction of these subpixels. Understanding these formations is crucial for grasping pixel behavior in digital displays.

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  • Knowledge of pixel structure and subpixel rendering
  • Understanding of RGB color model
  • Familiarity with digital display technology
  • Basic graphic design principles
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what are the different formations of the RGB phosphorus in pixel?What shapes they take when red and green and blue phosphorus are building up a pixel.for example there is a circle that each occupies one third of its area.and maybe in thet circle there are circles or square or other shapes?!although if we draw a line vertically (for example with paint)and rotate it there will be some pixel movements and it is obvious.why this happens?what is the technological reason for this?
 
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As other posters in your other thread have mentioned, we do not do your homework for you--you need to put in your own effort first!

Here's a starting point (NOTE: Wikipedia is a starting point, not the end-all, be-all nor what you should be submitting!):
http://en.wikipedia.org/wiki/Pixel#Subpixels
 

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