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..."" rotX="" rotY="" rotZ="" interior="" dimension="" scale="" collisions="" alpha="" frozen="" /> * '''alpha''': Altera o alpha.

..."" rotX="" rotY="" rotZ="" interior="" dimension="" scale="" collisions="" alpha="" frozen="" /> * '''alpha''': Changes the object alpha.

...height = 1, int distance = 20, int R = 255, int G = 255, int B = 255, int alpha = 255, int size = 1, string font = "arial", bool checkBuildings = true, boo * ''alpha'': The alpha of the text, it's 255 by default.

Alpha Bravo Charlie Delta Echo Foxtrot Golf Hotel

int color1, int color2, int color3, int alpha dgsColorPickerGetColor( element colorPicker [, string colorType = "RGB" ] ) --Alpha remains in any color type

* Top-background (red, green, blue, alpha) (0-255) * Text-background (red, green, blue, alpha) (0-255)

...int height = 1, int width = 1, int R = 255, int G = 255, int B = 255, int alpha = 255, bool checkBuildings = true, bool checkVehicles = false, bool checkPe * ''alpha'': The alpha of the image, it's 255 by default.

* Top-background (red, green, blue, alpha) (0-255) * Text-background (red, green, blue, alpha) (0-255)

Returns four ''int'' values, representing the amount of red, green, blue and alpha if successful. ''false'' otherwise. outputChatBox ( "Alpha: ".. a, 255, 255, 255 )

...ve [[int]]s corresponding to the amount of ''red'', ''green'', ''blue'', ''alpha'' and ''size'' of the marker's target arrow, ''false'' if invalid arguments

return bitExtract(color,24,8) -- return bits 24-32 ( the alpha, http://en.wikipedia.org/wiki/RGBA_color_space )

**'''blend:''' The source textures are alpha blended to the screen/render target. This is the default mode for drawing a **'''modulate_add:''' The source textures are multiplied by the alpha and then added to the screen/render target.

outputChatBox( "The cursor alpha: "..getCursorAlpha( ) )

**'''blend:''' The source textures are alpha blended to the screen/render target. This is the default mode for drawing a **'''modulate_add:''' The source textures are multiplied by the alpha and then added to the screen/render target.

...the hex color of the rectangle, produced using tocolor or 0xAARRGGBB (AA = alpha, RR = red, GG = green, BB = blue). ...''' the hex color of the lines, produced using tocolor or 0xAARRGGBB (AA = alpha, RR = red, GG = green, BB = blue).

...hex color of the progress bar, produced using tocolor or 0xAARRGGBB (AA = alpha, RR = red, GG = green, BB = blue) ...he hex color of the background, produced using tocolor or 0xAARRGGBB (AA = alpha, RR = red, GG = green, BB = blue)

...B and ''can speed up drawing''. Quality not as good as ARGB. ''It supports alpha blending, but it can only be on or off, that is: either 0 or 255.'' ...n speed up drawing''. Quality slightly better than DXT1 and supports crisp alpha blending.

{{OOP||[[element]]:getAlpha|alpha|setElementAlpha}}

...t y, [string priority, int red = 255, int green = 255, int blue = 255, int alpha = 255, float scale = 1, string alignX = "left", string alignY = "top", int * '''alpha''': A value between 0 and 255 indicating how transparent the text should be

...er target will be created with an alpha channel. 'false' will turn images' alpha channels to black color A rendertarget olyan, mint egy nagy, fehér papír (vagy, ha az alpha-t true-ra állítja, egy átlátszó papír lesz) amire rajzolhat,