Question

Task #3 - 5 points RGB colors of three objects are shown (8bits/channel). Calculate the colors for the 3-bits/channel color depth. How many distinct colors can be represented by this bit depth? Mark the resulting colors in the HSV cone. Circle: [0,12,255]; Triangle: [11,253,15]; Rectangle: [2,241,1]

          Task #3 - 5 points
RGB colors of three objects are shown (8bits/channel). Calculate the colors for the
3-bits/channel color depth. How many distinct colors can be represented by this bit
depth? Mark the resulting colors in the HSV cone.
Circle: [0,12,255]; Triangle: [11,253,15]; Rectangle: [2,241,1]

Task #3 - 5 points
RGB colors of three objects are shown (8bits/channel). Calculate the colors for the
3-bits/channel color depth. How many distinct colors can be represented by this bit
depth? Mark the resulting colors in the HSV cone.
Circle: [0,12,255]; Triangle: [11,253,15]; Rectangle: [2,241,1]

Added by Josep E.

Computer Science and Information Technology

Trishna Knowledge Systems 2018 Edition

Instant Answer

Solved by Expert Tassha Calista

Step 1

To do this, we divide the original color values by 2^(8-3) = 2^5 = 32 and round to the nearest integer. For the circle: R = 0/32 = 0 G = 12/32 = 0.375 ≈ 0 B = 255/32 = 7.96875 ≈ 8 So the new color for the circle is [0, 0, 8]. For the triangle: R = 11/32 = Show more…

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Task #3 - 5 points: RGB colors of three objects are shown with 8 bits per channel. Calculate the colors for the 3 bits per channel color depth. How many distinct colors can be represented by this bit depth? Mark the resulting colors in the HSV cone. Circle: [0, 12, 255]; Triangle: [11, 253, 15]; Rectangle: [2, 241, 1]