🖥️How to use

How do you use it?

Using this library is very simple! Just use the ColorSeq namespace in any piece of code you want to use the library, as in: using ColorSeq;

This library contains several functions that you can make use of in your console application:

• Building a Color instance that supports RGB and 255-color modes

• Getting console color information from the 255-color mode

• Simulating color-blindness during compilation

Building a Color instance

You can build your own Color instance for usage in your console application. There are various ways to build it:

• Color(int R, int G, int B)

• Color(ConsoleColors ColorDef)

• Color(int ColorNum)

• Color(string ColorSpecifier)

The ColorSpecifier can be of the syntax:

• <num>

  • <num> should be of the range between 0 and 255

• <rrr>;<ggg>;<bbb>

  • <rrr>, <ggg>, and <bbb> should be of the range between 0 and 255

• #000000

  • Hexadecimal representation of the color for HTML fans

• <ColorName>

  • Color name from ConsoleColors enumeration

Getting console color information

You can get detailed information about the console color ranging from 0 to 255 by making a new instance of the ConsoleColorsInfo class:

• ConsoleColorsInfo(ConsoleColors ColorValue)

Simulating color-blindness

This feature is not available in the Rust port of this library.

In the ColorTools static class, it contains several color blindness simulation tools that you can use:

• EnableColorTransformation

  • Enables the color transformation to adjust to color blindness upon making a new instance of color

• EnableSimpleColorTransformation

  • Enables the simple color transformation. This changes formula from Brettel 1997 (value is false) to Vienot 1999 (value is true)

• ColorDeficiency

  • Specifies the type of color blindness (Protan, Deutan, and Tritan)

• ColorDeficiencySeverity

  • Specifies the severity of the color deficiency ranging between 0.0 and 1.0 from lowest to highest

After you change these values, the next time you make a new instance of Color, you'll notice that the resulting color is shifted to adjust to color-blindness.