Maptitude GISDK Help |
Colors can be created and manipulated as objects in GISDK using the functions shown below:
GISDK Function |
Summary |
Gets a color using the Windows Color dialog box |
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Creates a color based on its (x, y, g) coordinates in the CIE chromaticity space |
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Creates a color based on hue, lightness and saturation |
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Creates a color based on hue, saturation and value (brightness) |
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Creates a color based on the amounts of red, green and blue |
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Generates an array of gradually changing colors |
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Returns the (x, y, g) coordinates of a color in CIE chromaticity space |
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Returns the hue lightness and saturation of a color |
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Returns the hue, saturation and value (brightness) of a color |
As a convenience, there is a shared options array cc_Colors that contains twelve standard colors:
Option |
Definition |
cc_Colors.White |
ColorRGB(65535, 65535, 65535) |
cc_Colors.Black |
ColorRGB(0, 0, 0) |
cc_Colors.Gray |
ColorRGB(50000, 50000, 50000) |
cc_Colors.Red |
ColorRGB(65535, 0, 0) |
cc_Colors.Green |
ColorRGB(0, 39320, 13100) |
cc_Colors.Yellow |
ColorRGB(65535, 65535, 0) |
cc_Colors.Gold |
ColorRGB(65535, 54430, 0) |
cc_Colors.Brown |
ColorRGB(39320, 26215, 13100) |
cc_Colors.Cyan |
ColorRGB(0, 58982, 58982) |
cc_Colors.Blue |
ColorRGB(10000, 10000, 65535) |
cc_Colors.Orange |
ColorRGB(65535, 33767, 0) |
cc_Colors.Purple |
ColorRGB(32768,0,65535) |
For example, the following will use ColorRGB(65535, 65535, 0) as the icon color:
shared cc_Colors
...
SetIconColor(, cc_Colors.Yellow)
You can get and set the red, green, blue, and alpha (opacity) properties of a color with selectors; for more information, see Compound Variables.
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