![]() Virtually all MUD clients and terminal emulators support ANSI color.Ĭomparison of MUD codebases - Mudpedia contains a list of MUD servers with ANSI color support.Ģ56 color parser - Handles ANSI 16 colors and xterm 256 colors. If you want a link added, you can email me at supporting ANSI color For example: xterm-color.īy using the TTYPE TELNET option and using the MUD Terminal Type Standard to detect ANSI color support. ![]() And -r is there to tell less to interpret those color codes and other escape sequences. The following methods exist:īy using the TTYPE TELNET option and checking for a terminal emulator or mud client known to support ANSI colors, such as xterm.īy using the TTYPE TELNET option and checking for the -color, -256color, or -truecolor suffix. 10 Answers Sorted by: 678 Use: git diff -coloralways less -r -coloralways is there to tell git to output color codes even if the output is a pipe (not a tty). There is no universal standard for the detection or negotiation of ANSI color support. Terminal emulators generally support background colors as well as code 4, 5, 7, 9, and 22. Universally supported codes are 0 and 1, as well as code 30-37. To set it to a lighter shade of blue one would print "\e]P43333BB", and to display the updated color one would print "\e[22 34m".ĪNSI color support in MUD clients is generally weak. The default blue ANSI color is hard to read on a black background. The terminal's default foreground and background color cannot be changed. Colors can be reset to their default by printing \e]R. To send an OSC color palette code one must print \e]P followed by 1 hexadecimal number indicating one of the 16 ANSI colors, followed by 6 hexadecimal numbers to set a corresponding RGB value. The extension allows changing the default 16 ANSI colors using a 24 bit RGB value in hexadecimal notation. ![]() Support has been added by a handful of terminal emulators, most notably xterm. The OSC color palette is an extension to the ANSI color standard using a modification of the Operating System Command sequence, documented in the Linux console manual as early as 1996. Below is a system that is both consistent and 12 bit compatible. The 24 bit RGB values used for the 16 ANSI colors differ greatly for each terminal implementation. The escape code is terminated with an 'm'.ĪNSI color code (Select Graphic Rendition) The ANSI x3.64 standard was released in 1979 and later updated by the 5th edition ECMA-48 standard in 1991, ISO/IEC 6429 in 1992, and ISO-8613-3 in 1995.ĪNSI escape codes are started using \e[ and contain numeric codes separated by semicolons. Bash - adding color - explains how it works.ANSI escape codes are a standard for in-band signaling to control the cursor location, color, and other options on text terminals.Remember that varying the first number (" \e[ 0 32m") can result in some cool effect like bold (3), underline (4), invert with background (7), crossed-out (9) and so on. $ printf "My favorite styles are \e[0 31m red \e[0m, \e[1 32m bold green \e[0m and \e[7 44m inverted blue \e[0m \n" You can output colors to a shell using printf as per this example: Vary first number: 1=alt_color, 3=bold, 4=underline, 7=invert, and so on. They are the ANSI escape code colors shown below. ![]() UNIX command line can show a few different colors. NOTE: This page is a daughter page of: Unix ![]()
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