Implicit conversion between the and types can be performed: xfColor = (0, 72, 255) WithSaturation returns a Color, replacing the saturation with the value supplied.WithLuminosity returns a Color, replacing the luminosity with the value supplied.WithHue returns a Color, replacing the hue with the value supplied.ToHex returns a hexadecimal string representation of a Color.MultiplyAlpha returns a Color by modifying the alpha, multiplying it by the supplied alpha value.AddLuminosity returns a Color by modifying the luminosity by the supplied delta.Several instance methods allow modifying an existing color to create a new color: The Color.Transparent value defines a Color with all channels set to zero. Windows: dark text on a light background.Android: dark text on a light background.By default the platform color schemes are: Consequently, it has a different meaning in different contexts on different platforms. The Color.Default value defines a Color with all channels set to -1, and is intended to enforce the platform's color scheme. The Color.Accent value results in a platform-specific (and sometimes user-selectable) color that is visible on either a dark or light background. The Color structure also defines 240 public static read-only fields for common colors, such as AliceBlue. These properties are all double values ranging from 0 to 1. Luminosity, which represents the luminosity channel of the color.Saturation, which represents the saturation channel of the color.Hue, which represents the hue channel of the color.A, which represents the alpha channel of the color.

B, which represents the blue channel of the color.G, which represents the green channel of the color.R, which represents the red channel of the color.The characteristics of the color can be obtained from the following properties: Once created, a Color object is immutable.

Color.FromHex for a string format of hexadecimal digits in the form '#AARRGGBB' or '#RRGGBB' or '#ARGB' or '#RGB', where each letter corresponds to a hexadecimal digit for the alpha, red, green, and blue channels.

Color.FromUint for a uint value calculated as (B + 256 * (G + 256 * (R + 256 * A))).

Color.FromHsva for integer HSV values with transparency.

Color.FromHsva for double HSV values with transparency.

Color.FromHsv for integer HSV values from 0 to 255.

Color.FromHsv for double HSV values from 0 to 1.

Color.FromHsla for double HSL values with transparency.

Color.FromRgba for integer RGB values with transparency.

Color.FromRgba for double RGB values with transparency.

Color.FromRgb for integer RGB values from 0 to 255.

Color.FromRgb for double RGB values from 0 to 1.

You can also use static methods to create Color objects: In all cases, arguments are double values ranging from 0 to 1. An Alpha channel is also available to indicate transparency.Ĭolor objects can be created with the Color constructors, which can be used to specify a gray shade, an RGB value, or an RGB value with transparency. The Color structure lets you specify colors as Red-Green-Blue (RGB) values, Hue-Saturation-Luminosity (HSL) values, Hue-Saturation-Value (HSV) values, or with a color name.

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