ruby-****@sourc*****
ruby-****@sourc*****
2013年 4月 12日 (金) 09:03:13 JST
-------------------------
REMOTE_ADDR = 184.145.81.37
REMOTE_HOST =
URL = http://ruby-gnome2.sourceforge.jp/hiki.cgi?tut-gtk2-appdx-clrtheory
-------------------------
@@ -29,9 +29,9 @@
{{br}}
Since each byte can have 256 different values, we can use these values to quantify the amount (or if you prefer, the intensity) of any one of the three elementary colours. (For instance if you mix 1 mL (one millilitre) or say, one brush full of red and a 1/2 mL (half a brush) of yellow you'd get orange.)
-Actually, for all practical purposes, to define all basic, a.k.a.((*defining,*))colour shades, we would only need each byte to represent three different colour defining values (full, half, none/empty), which are then used to define ((*the defining rgb colours.*)) Because the each rgb component in cybernetics contains 256 possible values computer graphics scientists reserved three values out of this range to represent full=255 (hex:FF), half=128 (hex:80) and empty=0 (hex:00).
+Actually, for all practical purposes, to define all basic, a.k.a.((*defining,*))colour shades, we would only need each byte to represent three different colour defining values (full, half, none/empty), which are then used to define ((*the defining rgb colours.*)) Because each rgb component in cybernetics contains 256 possible values computer graphics scientists reserved three values out of this range to represent full=255 (hex:FF), half=128 (hex:80) and empty=0 (hex:00).
-=== The Defining Colours.
+=== The Defining RGB Colours.