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| Another Roleplay Chat |
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| Gen. Hothauser:
--- Quote from: Deadzone on November 21, 2013, 10:55:53 PM ---Why would there be sixteen million teams? Black White Yellow Purple Pink Blue Green Light Green Orange Red Burgundy Brown Blue Dark Blue Cyan Cyan Green There's not many colours worth mentioning after that. --- End quote --- I think he meant every color on one of those color picker table things, in which case he is wrong. For the RGB system, it would be 1,694,498,816 colors (Red:0-255 Green:0-255 Blue:0-255 Shade: 0-100. Therefore, 256 x 256 x 256 x 101 = 1,694,498,816). [edit] Actually, pure white and black would exist on multiple occasions with this calculation, i think it might be more like ((256 x 256 x 256) - (2 x (256 - 1))) x 101. the original 256^3, subtract the absolute white and black for every permutation of RGB except one, such that absolute white and black can be included. This is now 1,694,447,306 colors. |
| Alphadin:
--- Quote from: Watcher In The Myst on November 20, 2013, 07:21:03 PM ---Or you could just use the Navire chat client, the radio frequencies are glitchy (you need to set them through script) but its pretty good --- End quote --- Better yet, don't give it out because it doesn't fit the requirements and I would appreciate if you didn't give out a mod I tailored for you. |
| childofdarkness016:
--- Quote from: Gen. Hothauser on November 21, 2013, 11:11:28 PM ---I think he meant every color on one of those color picker table things, in which case he is wrong. For the RGB system, it would be 1,694,498,816 colors (Red:0-255 Green:0-255 Blue:0-255 Shade: 0-100. Therefore, 256 x 256 x 256 x 101 = 1,694,498,816). [edit] Actually, pure white and black would exist on multiple occasions with this calculation, i think it might be more like ((256 x 256 x 256) - (2 x (256 - 1))) x 101. the original 256^3, subtract the absolute white and black for every permutation of RGB except one, such that absolute white and black can be included. This is now 1,694,447,306 colors. --- End quote --- What the hell are you talking about? There are about 16 million colors in HTML. Why would you be using a permutation when each color value is independant of the others? Where did "shade" come from? 256^3=16,777,216. Google "How many colors are in a 24-bit palette" or something like that if you don't believe me. Red can be anything from 00 to FF (0-255). Green can also be 00 to FF. Blue is the same, too. If you have 256 different values for each color, where are you pulling that other bullstuff from? Every character had a unique text color, and if I want to make mine #3c2b78, I should be able to. |
| Gen. Hothauser:
--- Quote from: childofdarkness016 on November 21, 2013, 11:52:02 PM --- --- End quote --- forget me purple, I didn't even check to see that shade didn't change the color. --- Quote from: childofdarkness016 on November 21, 2013, 11:52:02 PM ---What the hell are you talking about? There are about 16 million colors in HTML. Why would you be using a permutation when each color value is independant of the others? Where did "shade" come from? --- End quote --- This statement's tone is unnecessary, you need to come down. I made a mistake, congrats you forget. Permutation - "one of the many different ways or forms in which something exists or can be arranged" as in the arrangement of the RGB values in such a way to create different colors with each change in order of values. |
| childofdarkness016:
--- Quote from: Gen. Hothauser on November 22, 2013, 03:18:25 AM ---forget me purple, I didn't even check to see that shade didn't change the color. This statement's tone is unnecessary, you need to come down. I made a mistake, congrats you forget. Permutation - "one of the many different ways or forms in which something exists or can be arranged" as in the arrangement of the RGB values in such a way to create different colors with each change in order of values. --- End quote --- Don't really see my tone as that aggressive, but OK. I thought, though, that permutations were specifically used when the numbers are dependant on each other, but I was wrong, too. |
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