#######################
####### COLOURS #######
#######################

set csi='['

# Legacy 3-bit ANSI Forms:
set ansi_bright='1'
set ansi_dim='0'
set ansi_color='m'
set ansi_reverse='7'

set ansi_black='30'
set ansi_red='31'
set ansi_green='32'
set ansi_yellow='33'
set ansi_blue='34'
set ansi_magenta='35'
set ansi_cyan='36'
set ansi_white='37'


set bright="$csi$ansi_bright$ansi_color"
set dim="$csi$ansi_dim$ansi_color"
set reverse="$csi$ansi_reverse$ansi_color"
set blink="${csi}5${ansi_color}"


set black="$csi$ansi_black$ansi_color"
set red="$csi$ansi_red$ansi_color"
set green="$csi$ansi_green$ansi_color"
set yellow="$csi$ansi_yellow$ansi_color"
set blue="$csi$ansi_blue$ansi_color"
set magenta="$csi$ansi_magenta$ansi_color"
set cyan="$csi$ansi_cyan$ansi_color"
set white="$csi$ansi_white$ansi_color"

# Bright and Dim rely upon the console's setting of colour intensity paired
# to boldness intensity.  For better colour choices, it's better to use
# extended colours or true colours.



set dim_black="$csi$ansi_dim;$ansi_black$ansi_color"
set dim_red="$csi$ansi_dim;$ansi_red$ansi_color"
set dim_green="$csi$ansi_dim;$ansi_green$ansi_color"
set dim_yellow="$csi$ansi_dim;$ansi_yellow$ansi_color"
set dim_blue="$csi$ansi_dim;$ansi_blue$ansi_color"
set dim_magenta="$csi$ansi_dim;$ansi_magenta$ansi_color"
set dim_cyan="$csi$ansi_dim;$ansi_cyan$ansi_color"
set dim_white="$csi$ansi_dim;$ansi_white$ansi_color"


set bright_black="$csi$ansi_bright;$ansi_black$ansi_color"
set bright_red="$csi$ansi_bright;$ansi_red$ansi_color"
set bright_green="$csi$ansi_bright;$ansi_green$ansi_color"
set bright_yellow="$csi$ansi_bright;$ansi_yellow$ansi_color"
set bright_blue="$csi$ansi_bright;$ansi_blue$ansi_color"
set bright_magenta="$csi$ansi_bright;$ansi_magenta$ansi_color"
set bright_cyan="$csi$ansi_bright;$ansi_cyan$ansi_color"
set bright_white="$csi$ansi_bright;$ansi_white$ansi_color"

# Also somewhat legacy are the extended colours... so I'm not implementing them.
# Instead, I'll use my script which does math on the 6 char hex string you use in
# colors...

#################################
# Extended 8-bit colour Support #
#################################

#######################
# True colour support #
#######################

# The idea behind a true colour variable is that you run: `__build_sgr_code ff0077` and it expands to
# a proper colour sequence for a 24-bit color.  The shell script which computes these will also attempt to
# compute a rounded version of your color for use with 8-bit colour and a weaker rounded form for use
# with 3 and 4 bit colour.  It does this based upon your terminal colour depth.  

set sgr_reset="[`__build_sgr_code no-csi reset`m"

############################
# Terminal Palette setting #
############################

set  ansi_0="000000"
set  ansi_1="DD0000"
set  ansi_2="00AA00"
set  ansi_3="AA5500"
set  ansi_4="3366FF"
set  ansi_5="AA00AA"
set  ansi_6="00AAAA"
set  ansi_7="BBBBBB"

set  ansi_8="484848"
set  ansi_9="FF5555"
set ansi_10="55FF55"
set ansi_11="FFFF55"
set ansi_12="7799FF"
set ansi_13="FF55FF"
set ansi_14="55FFFF"
set ansi_15="FFFFFF"

alias set-terminal-colors echo "]4\;0\;#${ansi_0}\;1\;#${ansi_1}\;2\;#${ansi_2}\;3\;#${ansi_3}\;4\;#${ansi_4}\;5\;#${ansi_5}\;6\;#${ansi_6}\;7\;#${ansi_7}\;8\;#${ansi_8}\;9\;#${ansi_9}\;10\;#${ansi_10}\;11\;#${ansi_11}\;12\;#${ansi_12}\;13\;#${ansi_13}\;14\;#${ansi_14}\;15\;#${ansi_15}"

alias set-light-mode setenv CSHENV_LIGHT_MODE 1\;echo "]10\;#000000]11\;#ffffff]12\;#ff0000"
alias set-dark-mode unsetenv CSHENV_LIGHT_MODE\;echo "]10\;#ffffff]11\;#000000]12\;#00ff00"
alias home-mode unsetenv CSHENV_LIGHT_MODE\;echo "]104\;]110]111]112"

alias reset-terminal-colors echo "]104\;"

###########################
# vim:filetype=tcsh
###########################