diff options
| author | Anton Bobov <abobov@gmail.com> | 2016-08-09 22:41:44 +0500 |
|---|---|---|
| committer | Anton Bobov <abobov@gmail.com> | 2016-08-09 22:41:44 +0500 |
| commit | 404ac8ae32982b851884b1a5caf2b72f43e79016 (patch) | |
| tree | 7b05691ef555de90ea191faa2b20b24181e29602 | |
| parent | 81bb01a880b97960d27d114b75704c0d5a06e802 (diff) | |
[vim] Remove CSApprox plugin.
| -rw-r--r-- | files/.vim/bundle/CSApprox/after/plugin/CSApprox.vim | 29 | ||||
| -rw-r--r-- | files/.vim/bundle/CSApprox/autoload/csapprox.vim | 835 | ||||
| -rw-r--r-- | files/.vim/bundle/CSApprox/autoload/csapprox/common.vim | 78 | ||||
| -rw-r--r-- | files/.vim/bundle/CSApprox/autoload/csapprox/per_component.vim | 91 | ||||
| -rw-r--r-- | files/.vim/bundle/CSApprox/doc/CSApprox.txt | 690 | ||||
| -rw-r--r-- | files/.vim/bundle/CSApprox/plugin/CSApprox.vim | 921 |
6 files changed, 0 insertions, 2644 deletions
diff --git a/files/.vim/bundle/CSApprox/after/plugin/CSApprox.vim b/files/.vim/bundle/CSApprox/after/plugin/CSApprox.vim deleted file mode 100644 index 4754efa..0000000 --- a/files/.vim/bundle/CSApprox/after/plugin/CSApprox.vim +++ /dev/null @@ -1,29 +0,0 @@ -" Copyright (c) 2012, Matthew J. Wozniski -" All rights reserved. -" -" Redistribution and use in source and binary forms, with or without -" modification, are permitted provided that the following conditions are met: -" * Redistributions of source code must retain the above copyright -" notice, this list of conditions and the following disclaimer. -" * Redistributions in binary form must reproduce the above copyright -" notice, this list of conditions and the following disclaimer in the -" documentation and/or other materials provided with the distribution. -" * The names of the contributors may not be used to endorse or promote -" products derived from this software without specific prior written -" permission. -" -" THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDER ``AS IS'' AND ANY -" EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED -" WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE -" DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER BE LIABLE FOR ANY -" DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES -" (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; -" LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND -" ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT -" (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS -" SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. - -" The last thing to do when sourced is to run and actually fix up the colors. -if !has('gui_running') && exists(':CSApprox') - CSApprox -endif diff --git a/files/.vim/bundle/CSApprox/autoload/csapprox.vim b/files/.vim/bundle/CSApprox/autoload/csapprox.vim deleted file mode 100644 index a8fbcf6..0000000 --- a/files/.vim/bundle/CSApprox/autoload/csapprox.vim +++ /dev/null @@ -1,835 +0,0 @@ -" Copyright (c) 2012, Matthew J. Wozniski -" All rights reserved. -" -" Redistribution and use in source and binary forms, with or without -" modification, are permitted provided that the following conditions are met: -" * Redistributions of source code must retain the above copyright -" notice, this list of conditions and the following disclaimer. -" * Redistributions in binary form must reproduce the above copyright -" notice, this list of conditions and the following disclaimer in the -" documentation and/or other materials provided with the distribution. -" * The names of the contributors may not be used to endorse or promote -" products derived from this software without specific prior written -" permission. -" -" THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDER ``AS IS'' AND ANY -" EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED -" WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE -" DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER BE LIABLE FOR ANY -" DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES -" (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; -" LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND -" ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT -" (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS -" SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. - -let s:rgb = {} - -let s:rgb["alice blue"] = "#f0f8ff" -let s:rgb["aliceblue"] = "#f0f8ff" -let s:rgb["antique white"] = "#faebd7" -let s:rgb["antiquewhite"] = "#faebd7" -let s:rgb["antiquewhite1"] = "#ffefdb" -let s:rgb["antiquewhite2"] = "#eedfcc" -let s:rgb["antiquewhite3"] = "#cdc0b0" -let s:rgb["antiquewhite4"] = "#8b8378" -let s:rgb["aquamarine"] = "#7fffd4" -let s:rgb["aquamarine1"] = "#7fffd4" -let s:rgb["aquamarine2"] = "#76eec6" -let s:rgb["aquamarine3"] = "#66cdaa" -let s:rgb["aquamarine4"] = "#458b74" -let s:rgb["azure"] = "#f0ffff" -let s:rgb["azure1"] = "#f0ffff" -let s:rgb["azure2"] = "#e0eeee" -let s:rgb["azure3"] = "#c1cdcd" -let s:rgb["azure4"] = "#838b8b" -let s:rgb["beige"] = "#f5f5dc" -let s:rgb["bisque"] = "#ffe4c4" -let s:rgb["bisque1"] = "#ffe4c4" -let s:rgb["bisque2"] = "#eed5b7" -let s:rgb["bisque3"] = "#cdb79e" -let s:rgb["bisque4"] = "#8b7d6b" -let s:rgb["black"] = "#000000" -let s:rgb["blanched almond"] = "#ffebcd" -let s:rgb["blanchedalmond"] = "#ffebcd" -let s:rgb["blue violet"] = "#8a2be2" -let s:rgb["blue"] = "#0000ff" -let s:rgb["blue1"] = "#0000ff" -let s:rgb["blue2"] = "#0000ee" -let s:rgb["blue3"] = "#0000cd" -let s:rgb["blue4"] = "#00008b" -let s:rgb["blueviolet"] = "#8a2be2" -let s:rgb["brown"] = "#a52a2a" -let s:rgb["brown1"] = "#ff4040" -let s:rgb["brown2"] = "#ee3b3b" -let s:rgb["brown3"] = "#cd3333" -let s:rgb["brown4"] = "#8b2323" -let s:rgb["burlywood"] = "#deb887" -let s:rgb["burlywood1"] = "#ffd39b" -let s:rgb["burlywood2"] = "#eec591" -let s:rgb["burlywood3"] = "#cdaa7d" -let s:rgb["burlywood4"] = "#8b7355" -let s:rgb["cadet blue"] = "#5f9ea0" -let s:rgb["cadetblue"] = "#5f9ea0" -let s:rgb["cadetblue1"] = "#98f5ff" -let s:rgb["cadetblue2"] = "#8ee5ee" -let s:rgb["cadetblue3"] = "#7ac5cd" -let s:rgb["cadetblue4"] = "#53868b" -let s:rgb["chartreuse"] = "#7fff00" -let s:rgb["chartreuse1"] = "#7fff00" -let s:rgb["chartreuse2"] = "#76ee00" -let s:rgb["chartreuse3"] = "#66cd00" -let s:rgb["chartreuse4"] = "#458b00" -let s:rgb["chocolate"] = "#d2691e" -let s:rgb["chocolate1"] = "#ff7f24" -let s:rgb["chocolate2"] = "#ee7621" -let s:rgb["chocolate3"] = "#cd661d" -let s:rgb["chocolate4"] = "#8b4513" -let s:rgb["coral"] = "#ff7f50" -let s:rgb["coral1"] = "#ff7256" -let s:rgb["coral2"] = "#ee6a50" -let s:rgb["coral3"] = "#cd5b45" -let s:rgb["coral4"] = "#8b3e2f" -let s:rgb["cornflower blue"] = "#6495ed" -let s:rgb["cornflowerblue"] = "#6495ed" -let s:rgb["cornsilk"] = "#fff8dc" -let s:rgb["cornsilk1"] = "#fff8dc" -let s:rgb["cornsilk2"] = "#eee8cd" -let s:rgb["cornsilk3"] = "#cdc8b1" -let s:rgb["cornsilk4"] = "#8b8878" -let s:rgb["cyan"] = "#00ffff" -let s:rgb["cyan1"] = "#00ffff" -let s:rgb["cyan2"] = "#00eeee" -let s:rgb["cyan3"] = "#00cdcd" -let s:rgb["cyan4"] = "#008b8b" -let s:rgb["dark blue"] = "#00008b" -let s:rgb["dark cyan"] = "#008b8b" -let s:rgb["dark goldenrod"] = "#b8860b" -let s:rgb["dark gray"] = "#a9a9a9" -let s:rgb["dark green"] = "#006400" -let s:rgb["dark grey"] = "#a9a9a9" -let s:rgb["dark khaki"] = "#bdb76b" -let s:rgb["dark magenta"] = "#8b008b" -let s:rgb["dark olive green"] = "#556b2f" -let s:rgb["dark orange"] = "#ff8c00" -let s:rgb["dark orchid"] = "#9932cc" -let s:rgb["dark red"] = "#8b0000" -let s:rgb["dark salmon"] = "#e9967a" -let s:rgb["dark sea green"] = "#8fbc8f" -let s:rgb["dark slate blue"] = "#483d8b" -let s:rgb["dark slate gray"] = "#2f4f4f" -let s:rgb["dark slate grey"] = "#2f4f4f" -let s:rgb["dark turquoise"] = "#00ced1" -let s:rgb["dark violet"] = "#9400d3" -let s:rgb["dark yellow"] = "#bbbb00" -let s:rgb["darkblue"] = "#00008b" -let s:rgb["darkcyan"] = "#008b8b" -let s:rgb["darkgoldenrod"] = "#b8860b" -let s:rgb["darkgoldenrod1"] = "#ffb90f" -let s:rgb["darkgoldenrod2"] = "#eead0e" -let s:rgb["darkgoldenrod3"] = "#cd950c" -let s:rgb["darkgoldenrod4"] = "#8b6508" -let s:rgb["darkgray"] = "#a9a9a9" -let s:rgb["darkgreen"] = "#006400" -let s:rgb["darkgrey"] = "#a9a9a9" -let s:rgb["darkkhaki"] = "#bdb76b" -let s:rgb["darkmagenta"] = "#8b008b" -let s:rgb["darkolivegreen"] = "#556b2f" -let s:rgb["darkolivegreen1"] = "#caff70" -let s:rgb["darkolivegreen2"] = "#bcee68" -let s:rgb["darkolivegreen3"] = "#a2cd5a" -let s:rgb["darkolivegreen4"] = "#6e8b3d" -let s:rgb["darkorange"] = "#ff8c00" -let s:rgb["darkorange1"] = "#ff7f00" -let s:rgb["darkorange2"] = "#ee7600" -let s:rgb["darkorange3"] = "#cd6600" -let s:rgb["darkorange4"] = "#8b4500" -let s:rgb["darkorchid"] = "#9932cc" -let s:rgb["darkorchid1"] = "#bf3eff" -let s:rgb["darkorchid2"] = "#b23aee" -let s:rgb["darkorchid3"] = "#9a32cd" -let s:rgb["darkorchid4"] = "#68228b" -let s:rgb["darkred"] = "#8b0000" -let s:rgb["darksalmon"] = "#e9967a" -let s:rgb["darkseagreen"] = "#8fbc8f" -let s:rgb["darkseagreen1"] = "#c1ffc1" -let s:rgb["darkseagreen2"] = "#b4eeb4" -let s:rgb["darkseagreen3"] = "#9bcd9b" -let s:rgb["darkseagreen4"] = "#698b69" -let s:rgb["darkslateblue"] = "#483d8b" -let s:rgb["darkslategray"] = "#2f4f4f" -let s:rgb["darkslategray1"] = "#97ffff" -let s:rgb["darkslategray2"] = "#8deeee" -let s:rgb["darkslategray3"] = "#79cdcd" -let s:rgb["darkslategray4"] = "#528b8b" -let s:rgb["darkslategrey"] = "#2f4f4f" -let s:rgb["darkturquoise"] = "#00ced1" -let s:rgb["darkviolet"] = "#9400d3" -let s:rgb["darkyellow"] = "#bbbb00" -let s:rgb["deep pink"] = "#ff1493" -let s:rgb["deep sky blue"] = "#00bfff" -let s:rgb["deeppink"] = "#ff1493" -let s:rgb["deeppink1"] = "#ff1493" -let s:rgb["deeppink2"] = "#ee1289" -let s:rgb["deeppink3"] = "#cd1076" -let s:rgb["deeppink4"] = "#8b0a50" -let s:rgb["deepskyblue"] = "#00bfff" -let s:rgb["deepskyblue1"] = "#00bfff" -let s:rgb["deepskyblue2"] = "#00b2ee" -let s:rgb["deepskyblue3"] = "#009acd" -let s:rgb["deepskyblue4"] = "#00688b" -let s:rgb["dim gray"] = "#696969" -let s:rgb["dim grey"] = "#696969" -let s:rgb["dimgray"] = "#696969" -let s:rgb["dimgrey"] = "#696969" -let s:rgb["dodger blue"] = "#1e90ff" -let s:rgb["dodgerblue"] = "#1e90ff" -let s:rgb["dodgerblue1"] = "#1e90ff" -let s:rgb["dodgerblue2"] = "#1c86ee" -let s:rgb["dodgerblue3"] = "#1874cd" -let s:rgb["dodgerblue4"] = "#104e8b" -let s:rgb["firebrick"] = "#b22222" -let s:rgb["firebrick1"] = "#ff3030" -let s:rgb["firebrick2"] = "#ee2c2c" -let s:rgb["firebrick3"] = "#cd2626" -let s:rgb["firebrick4"] = "#8b1a1a" -let s:rgb["floral white"] = "#fffaf0" -let s:rgb["floralwhite"] = "#fffaf0" -let s:rgb["forest green"] = "#228b22" -let s:rgb["forestgreen"] = "#228b22" -let s:rgb["gainsboro"] = "#dcdcdc" -let s:rgb["ghost white"] = "#f8f8ff" -let s:rgb["ghostwhite"] = "#f8f8ff" -let s:rgb["gold"] = "#ffd700" -let s:rgb["gold1"] = "#ffd700" -let s:rgb["gold2"] = "#eec900" -let s:rgb["gold3"] = "#cdad00" -let s:rgb["gold4"] = "#8b7500" -let s:rgb["goldenrod"] = "#daa520" -let s:rgb["goldenrod1"] = "#ffc125" -let s:rgb["goldenrod2"] = "#eeb422" -let s:rgb["goldenrod3"] = "#cd9b1d" -let s:rgb["goldenrod4"] = "#8b6914" -let s:rgb["gray"] = "#bebebe" -let s:rgb["gray0"] = "#000000" -let s:rgb["gray1"] = "#030303" -let s:rgb["gray10"] = "#1a1a1a" -let s:rgb["gray100"] = "#ffffff" -let s:rgb["gray11"] = "#1c1c1c" -let s:rgb["gray12"] = "#1f1f1f" -let s:rgb["gray13"] = "#212121" -let s:rgb["gray14"] = "#242424" -let s:rgb["gray15"] = "#262626" -let s:rgb["gray16"] = "#292929" -let s:rgb["gray17"] = "#2b2b2b" -let s:rgb["gray18"] = "#2e2e2e" -let s:rgb["gray19"] = "#303030" -let s:rgb["gray2"] = "#050505" -let s:rgb["gray20"] = "#333333" -let s:rgb["gray21"] = "#363636" -let s:rgb["gray22"] = "#383838" -let s:rgb["gray23"] = "#3b3b3b" -let s:rgb["gray24"] = "#3d3d3d" -let s:rgb["gray25"] = "#404040" -let s:rgb["gray26"] = "#424242" -let s:rgb["gray27"] = "#454545" -let s:rgb["gray28"] = "#474747" -let s:rgb["gray29"] = "#4a4a4a" -let s:rgb["gray3"] = "#080808" -let s:rgb["gray30"] = "#4d4d4d" -let s:rgb["gray31"] = "#4f4f4f" -let s:rgb["gray32"] = "#525252" -let s:rgb["gray33"] = "#545454" -let s:rgb["gray34"] = "#575757" -let s:rgb["gray35"] = "#595959" -let s:rgb["gray36"] = "#5c5c5c" -let s:rgb["gray37"] = "#5e5e5e" -let s:rgb["gray38"] = "#616161" -let s:rgb["gray39"] = "#636363" -let s:rgb["gray4"] = "#0a0a0a" -let s:rgb["gray40"] = "#666666" -let s:rgb["gray41"] = "#696969" -let s:rgb["gray42"] = "#6b6b6b" -let s:rgb["gray43"] = "#6e6e6e" -let s:rgb["gray44"] = "#707070" -let s:rgb["gray45"] = "#737373" -let s:rgb["gray46"] = "#757575" -let s:rgb["gray47"] = "#787878" -let s:rgb["gray48"] = "#7a7a7a" -let s:rgb["gray49"] = "#7d7d7d" -let s:rgb["gray5"] = "#0d0d0d" -let s:rgb["gray50"] = "#7f7f7f" -let s:rgb["gray51"] = "#828282" -let s:rgb["gray52"] = "#858585" -let s:rgb["gray53"] = "#878787" -let s:rgb["gray54"] = "#8a8a8a" -let s:rgb["gray55"] = "#8c8c8c" -let s:rgb["gray56"] = "#8f8f8f" -let s:rgb["gray57"] = "#919191" -let s:rgb["gray58"] = "#949494" -let s:rgb["gray59"] = "#969696" -let s:rgb["gray6"] = "#0f0f0f" -let s:rgb["gray60"] = "#999999" -let s:rgb["gray61"] = "#9c9c9c" -let s:rgb["gray62"] = "#9e9e9e" -let s:rgb["gray63"] = "#a1a1a1" -let s:rgb["gray64"] = "#a3a3a3" -let s:rgb["gray65"] = "#a6a6a6" -let s:rgb["gray66"] = "#a8a8a8" -let s:rgb["gray67"] = "#ababab" -let s:rgb["gray68"] = "#adadad" -let s:rgb["gray69"] = "#b0b0b0" -let s:rgb["gray7"] = "#121212" -let s:rgb["gray70"] = "#b3b3b3" -let s:rgb["gray71"] = "#b5b5b5" -let s:rgb["gray72"] = "#b8b8b8" -let s:rgb["gray73"] = "#bababa" -let s:rgb["gray74"] = "#bdbdbd" -let s:rgb["gray75"] = "#bfbfbf" -let s:rgb["gray76"] = "#c2c2c2" -let s:rgb["gray77"] = "#c4c4c4" -let s:rgb["gray78"] = "#c7c7c7" -let s:rgb["gray79"] = "#c9c9c9" -let s:rgb["gray8"] = "#141414" -let s:rgb["gray80"] = "#cccccc" -let s:rgb["gray81"] = "#cfcfcf" -let s:rgb["gray82"] = "#d1d1d1" -let s:rgb["gray83"] = "#d4d4d4" -let s:rgb["gray84"] = "#d6d6d6" -let s:rgb["gray85"] = "#d9d9d9" -let s:rgb["gray86"] = "#dbdbdb" -let s:rgb["gray87"] = "#dedede" -let s:rgb["gray88"] = "#e0e0e0" -let s:rgb["gray89"] = "#e3e3e3" -let s:rgb["gray9"] = "#171717" -let s:rgb["gray90"] = "#e5e5e5" -let s:rgb["gray91"] = "#e8e8e8" -let s:rgb["gray92"] = "#ebebeb" -let s:rgb["gray93"] = "#ededed" -let s:rgb["gray94"] = "#f0f0f0" -let s:rgb["gray95"] = "#f2f2f2" -let s:rgb["gray96"] = "#f5f5f5" -let s:rgb["gray97"] = "#f7f7f7" -let s:rgb["gray98"] = "#fafafa" -let s:rgb["gray99"] = "#fcfcfc" -let s:rgb["green yellow"] = "#adff2f" -let s:rgb["green"] = "#00ff00" -let s:rgb["green1"] = "#00ff00" -let s:rgb["green2"] = "#00ee00" -let s:rgb["green3"] = "#00cd00" -let s:rgb["green4"] = "#008b00" -let s:rgb["greenyellow"] = "#adff2f" -let s:rgb["grey"] = "#bebebe" -let s:rgb["grey0"] = "#000000" -let s:rgb["grey1"] = "#030303" -let s:rgb["grey10"] = "#1a1a1a" -let s:rgb["grey100"] = "#ffffff" -let s:rgb["grey11"] = "#1c1c1c" -let s:rgb["grey12"] = "#1f1f1f" -let s:rgb["grey13"] = "#212121" -let s:rgb["grey14"] = "#242424" -let s:rgb["grey15"] = "#262626" -let s:rgb["grey16"] = "#292929" -let s:rgb["grey17"] = "#2b2b2b" -let s:rgb["grey18"] = "#2e2e2e" -let s:rgb["grey19"] = "#303030" -let s:rgb["grey2"] = "#050505" -let s:rgb["grey20"] = "#333333" -let s:rgb["grey21"] = "#363636" -let s:rgb["grey22"] = "#383838" -let s:rgb["grey23"] = "#3b3b3b" -let s:rgb["grey24"] = "#3d3d3d" -let s:rgb["grey25"] = "#404040" -let s:rgb["grey26"] = "#424242" -let s:rgb["grey27"] = "#454545" -let s:rgb["grey28"] = "#474747" -let s:rgb["grey29"] = "#4a4a4a" -let s:rgb["grey3"] = "#080808" -let s:rgb["grey30"] = "#4d4d4d" -let s:rgb["grey31"] = "#4f4f4f" -let s:rgb["grey32"] = "#525252" -let s:rgb["grey33"] = "#545454" -let s:rgb["grey34"] = "#575757" -let s:rgb["grey35"] = "#595959" -let s:rgb["grey36"] = "#5c5c5c" -let s:rgb["grey37"] = "#5e5e5e" -let s:rgb["grey38"] = "#616161" -let s:rgb["grey39"] = "#636363" -let s:rgb["grey4"] = "#0a0a0a" -let s:rgb["grey40"] = "#666666" -let s:rgb["grey41"] = "#696969" -let s:rgb["grey42"] = "#6b6b6b" -let s:rgb["grey43"] = "#6e6e6e" -let s:rgb["grey44"] = "#707070" -let s:rgb["grey45"] = "#737373" -let s:rgb["grey46"] = "#757575" -let s:rgb["grey47"] = "#787878" -let s:rgb["grey48"] = "#7a7a7a" -let s:rgb["grey49"] = "#7d7d7d" -let s:rgb["grey5"] = "#0d0d0d" -let s:rgb["grey50"] = "#7f7f7f" -let s:rgb["grey51"] = "#828282" -let s:rgb["grey52"] = "#858585" -let s:rgb["grey53"] = "#878787" -let s:rgb["grey54"] = "#8a8a8a" -let s:rgb["grey55"] = "#8c8c8c" -let s:rgb["grey56"] = "#8f8f8f" -let s:rgb["grey57"] = "#919191" -let s:rgb["grey58"] = "#949494" -let s:rgb["grey59"] = "#969696" -let s:rgb["grey6"] = "#0f0f0f" -let s:rgb["grey60"] = "#999999" -let s:rgb["grey61"] = "#9c9c9c" -let s:rgb["grey62"] = "#9e9e9e" -let s:rgb["grey63"] = "#a1a1a1" -let s:rgb["grey64"] = "#a3a3a3" -let s:rgb["grey65"] = "#a6a6a6" -let s:rgb["grey66"] = "#a8a8a8" -let s:rgb["grey67"] = "#ababab" -let s:rgb["grey68"] = "#adadad" -let s:rgb["grey69"] = "#b0b0b0" -let s:rgb["grey7"] = "#121212" -let s:rgb["grey70"] = "#b3b3b3" -let s:rgb["grey71"] = "#b5b5b5" -let s:rgb["grey72"] = "#b8b8b8" -let s:rgb["grey73"] = "#bababa" -let s:rgb["grey74"] = "#bdbdbd" -let s:rgb["grey75"] = "#bfbfbf" -let s:rgb["grey76"] = "#c2c2c2" -let s:rgb["grey77"] = "#c4c4c4" -let s:rgb["grey78"] = "#c7c7c7" -let s:rgb["grey79"] = "#c9c9c9" -let s:rgb["grey8"] = "#141414" -let s:rgb["grey80"] = "#cccccc" -let s:rgb["grey81"] = "#cfcfcf" -let s:rgb["grey82"] = "#d1d1d1" -let s:rgb["grey83"] = "#d4d4d4" -let s:rgb["grey84"] = "#d6d6d6" -let s:rgb["grey85"] = "#d9d9d9" -let s:rgb["grey86"] = "#dbdbdb" -let s:rgb["grey87"] = "#dedede" -let s:rgb["grey88"] = "#e0e0e0" -let s:rgb["grey89"] = "#e3e3e3" -let s:rgb["grey9"] = "#171717" -let s:rgb["grey90"] = "#e5e5e5" -let s:rgb["grey91"] = "#e8e8e8" -let s:rgb["grey92"] = "#ebebeb" -let s:rgb["grey93"] = "#ededed" -let s:rgb["grey94"] = "#f0f0f0" -let s:rgb["grey95"] = "#f2f2f2" -let s:rgb["grey96"] = "#f5f5f5" -let s:rgb["grey97"] = "#f7f7f7" -let s:rgb["grey98"] = "#fafafa" -let s:rgb["grey99"] = "#fcfcfc" -let s:rgb["honeydew"] = "#f0fff0" -let s:rgb["honeydew1"] = "#f0fff0" -let s:rgb["honeydew2"] = "#e0eee0" -let s:rgb["honeydew3"] = "#c1cdc1" -let s:rgb["honeydew4"] = "#838b83" -let s:rgb["hot pink"] = "#ff69b4" -let s:rgb["hotpink"] = "#ff69b4" -let s:rgb["hotpink1"] = "#ff6eb4" -let s:rgb["hotpink2"] = "#ee6aa7" -let s:rgb["hotpink3"] = "#cd6090" -let s:rgb["hotpink4"] = "#8b3a62" -let s:rgb["indian red"] = "#cd5c5c" -let s:rgb["indianred"] = "#cd5c5c" -let s:rgb["indianred1"] = "#ff6a6a" -let s:rgb["indianred2"] = "#ee6363" -let s:rgb["indianred3"] = "#cd5555" -let s:rgb["indianred4"] = "#8b3a3a" -let s:rgb["ivory"] = "#fffff0" -let s:rgb["ivory1"] = "#fffff0" -let s:rgb["ivory2"] = "#eeeee0" -let s:rgb["ivory3"] = "#cdcdc1" -let s:rgb["ivory4"] = "#8b8b83" -let s:rgb["khaki"] = "#f0e68c" -let s:rgb["khaki1"] = "#fff68f" -let s:rgb["khaki2"] = "#eee685" -let s:rgb["khaki3"] = "#cdc673" -let s:rgb["khaki4"] = "#8b864e" -let s:rgb["lavender blush"] = "#fff0f5" -let s:rgb["lavender"] = "#e6e6fa" -let s:rgb["lavenderblush"] = "#fff0f5" -let s:rgb["lavenderblush1"] = "#fff0f5" -let s:rgb["lavenderblush2"] = "#eee0e5" -let s:rgb["lavenderblush3"] = "#cdc1c5" -let s:rgb["lavenderblush4"] = "#8b8386" -let s:rgb["lawn green"] = "#7cfc00" -let s:rgb["lawngreen"] = "#7cfc00" -let s:rgb["lemon chiffon"] = "#fffacd" -let s:rgb["lemonchiffon"] = "#fffacd" -let s:rgb["lemonchiffon1"] = "#fffacd" -let s:rgb["lemonchiffon2"] = "#eee9bf" -let s:rgb["lemonchiffon3"] = "#cdc9a5" -let s:rgb["lemonchiffon4"] = "#8b8970" -let s:rgb["light blue"] = "#add8e6" -let s:rgb["light coral"] = "#f08080" -let s:rgb["light cyan"] = "#e0ffff" -let s:rgb["light goldenrod yellow"] = "#fafad2" -let s:rgb["light goldenrod"] = "#eedd82" -let s:rgb["light gray"] = "#d3d3d3" -let s:rgb["light green"] = "#90ee90" -let s:rgb["light grey"] = "#d3d3d3" -let s:rgb["light magenta"] = "#ffbbff" -let s:rgb["light pink"] = "#ffb6c1" -let s:rgb["light red"] = "#ffbbbb" -let s:rgb["light salmon"] = "#ffa07a" -let s:rgb["light sea green"] = "#20b2aa" -let s:rgb["light sky blue"] = "#87cefa" -let s:rgb["light slate blue"] = "#8470ff" -let s:rgb["light slate gray"] = "#778899" -let s:rgb["light slate grey"] = "#778899" -let s:rgb["light steel blue"] = "#b0c4de" -let s:rgb["light yellow"] = "#ffffe0" -let s:rgb["lightblue"] = "#add8e6" -let s:rgb["lightblue1"] = "#bfefff" -let s:rgb["lightblue2"] = "#b2dfee" -let s:rgb["lightblue3"] = "#9ac0cd" -let s:rgb["lightblue4"] = "#68838b" -let s:rgb["lightcoral"] = "#f08080" -let s:rgb["lightcyan"] = "#e0ffff" -let s:rgb["lightcyan1"] = "#e0ffff" -let s:rgb["lightcyan2"] = "#d1eeee" -let s:rgb["lightcyan3"] = "#b4cdcd" -let s:rgb["lightcyan4"] = "#7a8b8b" -let s:rgb["lightgoldenrod"] = "#eedd82" -let s:rgb["lightgoldenrod1"] = "#ffec8b" -let s:rgb["lightgoldenrod2"] = "#eedc82" -let s:rgb["lightgoldenrod3"] = "#cdbe70" -let s:rgb["lightgoldenrod4"] = "#8b814c" -let s:rgb["lightgoldenrodyellow"] = "#fafad2" -let s:rgb["lightgray"] = "#d3d3d3" -let s:rgb["lightgreen"] = "#90ee90" -let s:rgb["lightgrey"] = "#d3d3d3" -let s:rgb["lightmagenta"] = "#ffbbff" -let s:rgb["lightpink"] = "#ffb6c1" -let s:rgb["lightpink1"] = "#ffaeb9" -let s:rgb["lightpink2"] = "#eea2ad" -let s:rgb["lightpink3"] = "#cd8c95" -let s:rgb["lightpink4"] = "#8b5f65" -let s:rgb["lightred"] = "#ffbbbb" -let s:rgb["lightsalmon"] = "#ffa07a" -let s:rgb["lightsalmon1"] = "#ffa07a" -let s:rgb["lightsalmon2"] = "#ee9572" -let s:rgb["lightsalmon3"] = "#cd8162" -let s:rgb["lightsalmon4"] = "#8b5742" -let s:rgb["lightseagreen"] = "#20b2aa" -let s:rgb["lightskyblue"] = "#87cefa" -let s:rgb["lightskyblue1"] = "#b0e2ff" -let s:rgb["lightskyblue2"] = "#a4d3ee" -let s:rgb["lightskyblue3"] = "#8db6cd" -let s:rgb["lightskyblue4"] = "#607b8b" -let s:rgb["lightslateblue"] = "#8470ff" -let s:rgb["lightslategray"] = "#778899" -let s:rgb["lightslategrey"] = "#778899" -let s:rgb["lightsteelblue"] = "#b0c4de" -let s:rgb["lightsteelblue1"] = "#cae1ff" -let s:rgb["lightsteelblue2"] = "#bcd2ee" -let s:rgb["lightsteelblue3"] = "#a2b5cd" -let s:rgb["lightsteelblue4"] = "#6e7b8b" -let s:rgb["lightyellow"] = "#ffffe0" -let s:rgb["lightyellow1"] = "#ffffe0" -let s:rgb["lightyellow2"] = "#eeeed1" -let s:rgb["lightyellow3"] = "#cdcdb4" -let s:rgb["lightyellow4"] = "#8b8b7a" -let s:rgb["lime green"] = "#32cd32" -let s:rgb["limegreen"] = "#32cd32" -let s:rgb["linen"] = "#faf0e6" -let s:rgb["magenta"] = "#ff00ff" -let s:rgb["magenta1"] = "#ff00ff" -let s:rgb["magenta2"] = "#ee00ee" -let s:rgb["magenta3"] = "#cd00cd" -let s:rgb["magenta4"] = "#8b008b" -let s:rgb["maroon"] = "#b03060" -let s:rgb["maroon1"] = "#ff34b3" -let s:rgb["maroon2"] = "#ee30a7" -let s:rgb["maroon3"] = "#cd2990" -let s:rgb["maroon4"] = "#8b1c62" -let s:rgb["medium aquamarine"] = "#66cdaa" -let s:rgb["medium blue"] = "#0000cd" -let s:rgb["medium orchid"] = "#ba55d3" -let s:rgb["medium purple"] = "#9370db" -let s:rgb["medium sea green"] = "#3cb371" -let s:rgb["medium slate blue"] = "#7b68ee" -let s:rgb["medium spring green"] = "#00fa9a" -let s:rgb["medium turquoise"] = "#48d1cc" -let s:rgb["medium violet red"] = "#c71585" -let s:rgb["mediumaquamarine"] = "#66cdaa" -let s:rgb["mediumblue"] = "#0000cd" -let s:rgb["mediumorchid"] = "#ba55d3" -let s:rgb["mediumorchid1"] = "#e066ff" -let s:rgb["mediumorchid2"] = "#d15fee" -let s:rgb["mediumorchid3"] = "#b452cd" -let s:rgb["mediumorchid4"] = "#7a378b" -let s:rgb["mediumpurple"] = "#9370db" -let s:rgb["mediumpurple1"] = "#ab82ff" -let s:rgb["mediumpurple2"] = "#9f79ee" -let s:rgb["mediumpurple3"] = "#8968cd" -let s:rgb["mediumpurple4"] = "#5d478b" -let s:rgb["mediumseagreen"] = "#3cb371" -let s:rgb["mediumslateblue"] = "#7b68ee" -let s:rgb["mediumspringgreen"] = "#00fa9a" -let s:rgb["mediumturquoise"] = "#48d1cc" -let s:rgb["mediumvioletred"] = "#c71585" -let s:rgb["midnight blue"] = "#191970" -let s:rgb["midnightblue"] = "#191970" -let s:rgb["mint cream"] = "#f5fffa" -let s:rgb["mintcream"] = "#f5fffa" -let s:rgb["misty rose"] = "#ffe4e1" -let s:rgb["mistyrose"] = "#ffe4e1" -let s:rgb["mistyrose1"] = "#ffe4e1" -let s:rgb["mistyrose2"] = "#eed5d2" -let s:rgb["mistyrose3"] = "#cdb7b5" -let s:rgb["mistyrose4"] = "#8b7d7b" -let s:rgb["moccasin"] = "#ffe4b5" -let s:rgb["navajo white"] = "#ffdead" -let s:rgb["navajowhite"] = "#ffdead" -let s:rgb["navajowhite1"] = "#ffdead" -let s:rgb["navajowhite2"] = "#eecfa1" -let s:rgb["navajowhite3"] = "#cdb38b" -let s:rgb["navajowhite4"] = "#8b795e" -let s:rgb["navy blue"] = "#000080" -let s:rgb["navy"] = "#000080" -let s:rgb["navyblue"] = "#000080" -let s:rgb["old lace"] = "#fdf5e6" -let s:rgb["oldlace"] = "#fdf5e6" -let s:rgb["olive drab"] = "#6b8e23" -let s:rgb["olivedrab"] = "#6b8e23" -let s:rgb["olivedrab1"] = "#c0ff3e" -let s:rgb["olivedrab2"] = "#b3ee3a" -let s:rgb["olivedrab3"] = "#9acd32" -let s:rgb["olivedrab4"] = "#698b22" -let s:rgb["orange red"] = "#ff4500" -let s:rgb["orange"] = "#ffa500" -let s:rgb["orange1"] = "#ffa500" -let s:rgb["orange2"] = "#ee9a00" -let s:rgb["orange3"] = "#cd8500" -let s:rgb["orange4"] = "#8b5a00" -let s:rgb["orangered"] = "#ff4500" -let s:rgb["orangered1"] = "#ff4500" -let s:rgb["orangered2"] = "#ee4000" -let s:rgb["orangered3"] = "#cd3700" -let s:rgb["orangered4"] = "#8b2500" -let s:rgb["orchid"] = "#da70d6" -let s:rgb["orchid1"] = "#ff83fa" -let s:rgb["orchid2"] = "#ee7ae9" -let s:rgb["orchid3"] = "#cd69c9" -let s:rgb["orchid4"] = "#8b4789" -let s:rgb["pale goldenrod"] = "#eee8aa" -let s:rgb["pale green"] = "#98fb98" -let s:rgb["pale turquoise"] = "#afeeee" -let s:rgb["pale violet red"] = "#db7093" -let s:rgb["palegoldenrod"] = "#eee8aa" -let s:rgb["palegreen"] = "#98fb98" -let s:rgb["palegreen1"] = "#9aff9a" -let s:rgb["palegreen2"] = "#90ee90" -let s:rgb["palegreen3"] = "#7ccd7c" -let s:rgb["palegreen4"] = "#548b54" -let s:rgb["paleturquoise"] = "#afeeee" -let s:rgb["paleturquoise1"] = "#bbffff" -let s:rgb["paleturquoise2"] = "#aeeeee" -let s:rgb["paleturquoise3"] = "#96cdcd" -let s:rgb["paleturquoise4"] = "#668b8b" -let s:rgb["palevioletred"] = "#db7093" -let s:rgb["palevioletred1"] = "#ff82ab" -let s:rgb["palevioletred2"] = "#ee799f" -let s:rgb["palevioletred3"] = "#cd6889" -let s:rgb["palevioletred4"] = "#8b475d" -let s:rgb["papaya whip"] = "#ffefd5" -let s:rgb["papayawhip"] = "#ffefd5" -let s:rgb["peach puff"] = "#ffdab9" -let s:rgb["peachpuff"] = "#ffdab9" -let s:rgb["peachpuff1"] = "#ffdab9" -let s:rgb["peachpuff2"] = "#eecbad" -let s:rgb["peachpuff3"] = "#cdaf95" -let s:rgb["peachpuff4"] = "#8b7765" -let s:rgb["peru"] = "#cd853f" -let s:rgb["pink"] = "#ffc0cb" -let s:rgb["pink1"] = "#ffb5c5" -let s:rgb["pink2"] = "#eea9b8" -let s:rgb["pink3"] = "#cd919e" -let s:rgb["pink4"] = "#8b636c" -let s:rgb["plum"] = "#dda0dd" -let s:rgb["plum1"] = "#ffbbff" -let s:rgb["plum2"] = "#eeaeee" -let s:rgb["plum3"] = "#cd96cd" -let s:rgb["plum4"] = "#8b668b" -let s:rgb["powder blue"] = "#b0e0e6" -let s:rgb["powderblue"] = "#b0e0e6" -let s:rgb["purple"] = "#a020f0" -let s:rgb["purple1"] = "#9b30ff" -let s:rgb["purple2"] = "#912cee" -let s:rgb["purple3"] = "#7d26cd" -let s:rgb["purple4"] = "#551a8b" -let s:rgb["red"] = "#ff0000" -let s:rgb["red1"] = "#ff0000" -let s:rgb["red2"] = "#ee0000" -let s:rgb["red3"] = "#cd0000" -let s:rgb["red4"] = "#8b0000" -let s:rgb["rosy brown"] = "#bc8f8f" -let s:rgb["rosybrown"] = "#bc8f8f" -let s:rgb["rosybrown1"] = "#ffc1c1" -let s:rgb["rosybrown2"] = "#eeb4b4" -let s:rgb["rosybrown3"] = "#cd9b9b" -let s:rgb["rosybrown4"] = "#8b6969" -let s:rgb["royal blue"] = "#4169e1" -let s:rgb["royalblue"] = "#4169e1" -let s:rgb["royalblue1"] = "#4876ff" -let s:rgb["royalblue2"] = "#436eee" -let s:rgb["royalblue3"] = "#3a5fcd" -let s:rgb["royalblue4"] = "#27408b" -let s:rgb["saddle brown"] = "#8b4513" -let s:rgb["saddlebrown"] = "#8b4513" -let s:rgb["salmon"] = "#fa8072" -let s:rgb["salmon1"] = "#ff8c69" -let s:rgb["salmon2"] = "#ee8262" -let s:rgb["salmon3"] = "#cd7054" -let s:rgb["salmon4"] = "#8b4c39" -let s:rgb["sandy brown"] = "#f4a460" -let s:rgb["sandybrown"] = "#f4a460" -let s:rgb["sea green"] = "#2e8b57" -let s:rgb["seagreen"] = "#2e8b57" -let s:rgb["seagreen1"] = "#54ff9f" -let s:rgb["seagreen2"] = "#4eee94" -let s:rgb["seagreen3"] = "#43cd80" -let s:rgb["seagreen4"] = "#2e8b57" -let s:rgb["seashell"] = "#fff5ee" -let s:rgb["seashell1"] = "#fff5ee" -let s:rgb["seashell2"] = "#eee5de" -let s:rgb["seashell3"] = "#cdc5bf" -let s:rgb["seashell4"] = "#8b8682" -let s:rgb["sienna"] = "#a0522d" -let s:rgb["sienna1"] = "#ff8247" -let s:rgb["sienna2"] = "#ee7942" -let s:rgb["sienna3"] = "#cd6839" -let s:rgb["sienna4"] = "#8b4726" -let s:rgb["sky blue"] = "#87ceeb" -let s:rgb["skyblue"] = "#87ceeb" -let s:rgb["skyblue1"] = "#87ceff" -let s:rgb["skyblue2"] = "#7ec0ee" -let s:rgb["skyblue3"] = "#6ca6cd" -let s:rgb["skyblue4"] = "#4a708b" -let s:rgb["slate blue"] = "#6a5acd" -let s:rgb["slate gray"] = "#708090" -let s:rgb["slate grey"] = "#708090" -let s:rgb["slateblue"] = "#6a5acd" -let s:rgb["slateblue1"] = "#836fff" -let s:rgb["slateblue2"] = "#7a67ee" -let s:rgb["slateblue3"] = "#6959cd" -let s:rgb["slateblue4"] = "#473c8b" -let s:rgb["slategray"] = "#708090" -let s:rgb["slategray1"] = "#c6e2ff" -let s:rgb["slategray2"] = "#b9d3ee" -let s:rgb["slategray3"] = "#9fb6cd" -let s:rgb["slategray4"] = "#6c7b8b" -let s:rgb["slategrey"] = "#708090" -let s:rgb["snow"] = "#fffafa" -let s:rgb["snow1"] = "#fffafa" -let s:rgb["snow2"] = "#eee9e9" -let s:rgb["snow3"] = "#cdc9c9" -let s:rgb["snow4"] = "#8b8989" -let s:rgb["spring green"] = "#00ff7f" -let s:rgb["springgreen"] = "#00ff7f" -let s:rgb["springgreen1"] = "#00ff7f" -let s:rgb["springgreen2"] = "#00ee76" -let s:rgb["springgreen3"] = "#00cd66" -let s:rgb["springgreen4"] = "#008b45" -let s:rgb["steel blue"] = "#4682b4" -let s:rgb["steelblue"] = "#4682b4" -let s:rgb["steelblue1"] = "#63b8ff" -let s:rgb["steelblue2"] = "#5cacee" -let s:rgb["steelblue3"] = "#4f94cd" -let s:rgb["steelblue4"] = "#36648b" -let s:rgb["tan"] = "#d2b48c" -let s:rgb["tan1"] = "#ffa54f" -let s:rgb["tan2"] = "#ee9a49" -let s:rgb["tan3"] = "#cd853f" -let s:rgb["tan4"] = "#8b5a2b" -let s:rgb["thistle"] = "#d8bfd8" -let s:rgb["thistle1"] = "#ffe1ff" -let s:rgb["thistle2"] = "#eed2ee" -let s:rgb["thistle3"] = "#cdb5cd" -let s:rgb["thistle4"] = "#8b7b8b" -let s:rgb["tomato"] = "#ff6347" -let s:rgb["tomato1"] = "#ff6347" -let s:rgb["tomato2"] = "#ee5c42" -let s:rgb["tomato3"] = "#cd4f39" -let s:rgb["tomato4"] = "#8b3626" -let s:rgb["turquoise"] = "#40e0d0" -let s:rgb["turquoise1"] = "#00f5ff" -let s:rgb["turquoise2"] = "#00e5ee" -let s:rgb["turquoise3"] = "#00c5cd" -let s:rgb["turquoise4"] = "#00868b" -let s:rgb["violet red"] = "#d02090" -let s:rgb["violet"] = "#ee82ee" -let s:rgb["violetred"] = "#d02090" -let s:rgb["violetred1"] = "#ff3e96" -let s:rgb["violetred2"] = "#ee3a8c" -let s:rgb["violetred3"] = "#cd3278" -let s:rgb["violetred4"] = "#8b2252" -let s:rgb["wheat"] = "#f5deb3" -let s:rgb["wheat1"] = "#ffe7ba" -let s:rgb["wheat2"] = "#eed8ae" -let s:rgb["wheat3"] = "#cdba96" -let s:rgb["wheat4"] = "#8b7e66" -let s:rgb["white smoke"] = "#f5f5f5" -let s:rgb["white"] = "#ffffff" -let s:rgb["whitesmoke"] = "#f5f5f5" -let s:rgb["yellow green"] = "#9acd32" -let s:rgb["yellow"] = "#ffff00" -let s:rgb["yellow1"] = "#ffff00" -let s:rgb["yellow2"] = "#eeee00" -let s:rgb["yellow3"] = "#cdcd00" -let s:rgb["yellow4"] = "#8b8b00" -let s:rgb["yellowgreen"] = "#9acd32" - -if has('mac') && !has('macunix') - let s:rgb["dark gray"] = "0x808080" - let s:rgb["darkgray"] = "0x808080" - let s:rgb["dark grey"] = "0x808080" - let s:rgb["darkgrey"] = "0x808080" - let s:rgb["gray"] = "0xc0c0c0" - let s:rgb["grey"] = "0xc0c0c0" - let s:rgb["light gray"] = "0xe0e0e0" - let s:rgb["lightgray"] = "0xe0e0e0" - let s:rgb["light grey"] = "0xe0e0e0" - let s:rgb["lightgrey"] = "0xe0e0e0" - let s:rgb["dark red"] = "0x800000" - let s:rgb["darkred"] = "0x800000" - let s:rgb["red"] = "0xdd0806" - let s:rgb["light red"] = "0xffa0a0" - let s:rgb["lightred"] = "0xffa0a0" - let s:rgb["dark blue"] = "0x000080" - let s:rgb["darkblue"] = "0x000080" - let s:rgb["blue"] = "0x0000d4" - let s:rgb["light blue"] = "0xa0a0ff" - let s:rgb["lightblue"] = "0xa0a0ff" - let s:rgb["dark green"] = "0x008000" - let s:rgb["darkgreen"] = "0x008000" - let s:rgb["green"] = "0x006411" - let s:rgb["light green"] = "0xa0ffa0" - let s:rgb["lightgreen"] = "0xa0ffa0" - let s:rgb["dark cyan"] = "0x008080" - let s:rgb["darkcyan"] = "0x008080" - let s:rgb["cyan"] = "0x02abea" - let s:rgb["light cyan"] = "0xa0ffff" - let s:rgb["lightcyan"] = "0xa0ffff" - let s:rgb["dark magenta"] = "0x800080" - let s:rgb["darkmagenta"] = "0x800080" - let s:rgb["magenta"] = "0xf20884" - let s:rgb["light magenta"] = "0xf0a0f0" - let s:rgb["lightmagenta"] = "0xf0a0f0" - let s:rgb["brown"] = "0x804040" - let s:rgb["yellow"] = "0xfcf305" - let s:rgb["light yellow"] = "0xffffa0" - let s:rgb["lightyellow"] = "0xffffa0" - let s:rgb["orange"] = "0xfc8000" - let s:rgb["purple"] = "0xa020f0" - let s:rgb["slateblue"] = "0x6a5acd" - let s:rgb["violet"] = "0x8d38c9" -endif - -function! csapprox#rgb() - return s:rgb -endfunction diff --git a/files/.vim/bundle/CSApprox/autoload/csapprox/common.vim b/files/.vim/bundle/CSApprox/autoload/csapprox/common.vim deleted file mode 100644 index cf61379..0000000 --- a/files/.vim/bundle/CSApprox/autoload/csapprox/common.vim +++ /dev/null @@ -1,78 +0,0 @@ -" Copyright (c) 2012, Matthew J. Wozniski -" All rights reserved. -" -" Redistribution and use in source and binary forms, with or without -" modification, are permitted provided that the following conditions are met: -" * Redistributions of source code must retain the above copyright -" notice, this list of conditions and the following disclaimer. -" * Redistributions in binary form must reproduce the above copyright -" notice, this list of conditions and the following disclaimer in the -" documentation and/or other materials provided with the distribution. -" * The names of the contributors may not be used to endorse or promote -" products derived from this software without specific prior written -" permission. -" -" THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDER ``AS IS'' AND ANY -" EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED -" WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE -" DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER BE LIABLE FOR ANY -" DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES -" (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; -" LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND -" ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT -" (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS -" SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. - -let s:xterm_colors = [ 0x00, 0x5F, 0x87, 0xAF, 0xD7, 0xFF ] -let s:eterm_colors = [ 0x00, 0x2A, 0x55, 0x7F, 0xAA, 0xD4 ] -let s:konsole_colors = [ 0x00, 0x33, 0x66, 0x99, 0xCC, 0xFF ] -let s:xterm_greys = [ 0x08, 0x12, 0x1C, 0x26, 0x30, 0x3A, - \ 0x44, 0x4E, 0x58, 0x62, 0x6C, 0x76, - \ 0x80, 0x8A, 0x94, 0x9E, 0xA8, 0xB2, - \ 0xBC, 0xC6, 0xD0, 0xDA, 0xE4, 0xEE ] - -let s:urxvt_colors = [ 0x00, 0x8B, 0xCD, 0xFF ] -let s:urxvt_greys = [ 0x2E, 0x5C, 0x73, 0x8B, - \ 0xA2, 0xB9, 0xD0, 0xE7 ] - -" Uses &term to determine which cube should be use. If &term is set to -" "xterm" or begins with "screen", the variables g:CSApprox_eterm and -" g:CSApprox_konsole can be used to select a different palette. -function! csapprox#common#PaletteType() - if &t_Co == 88 - let type = 'urxvt' - elseif &term ==# 'xterm' || &term =~# '^screen' || &term==# 'builtin_gui' - if exists('g:CSApprox_konsole') && g:CSApprox_konsole - let type = 'konsole' - elseif exists('g:CSApprox_eterm') && g:CSApprox_eterm - let type = 'eterm' - else - let type = 'xterm' - endif - elseif &term =~? '^konsole' - " Konsole only used its own palette up til KDE 4.2.0 - if executable('kde4-config') && system('kde4-config --kde-version') =~ '^4\.[10]\.' - let type = 'konsole' - elseif executable('kde-config') && system('kde-config --version') =~# 'KDE: 3\.' - let type = 'konsole' - else - let type = 'xterm' - endif - elseif &term =~? '^eterm' - let type = 'eterm' - else - let type = 'xterm' - endif - - return type -endfunction - -" Retrieve the list of greyscale ramp colors for the current palette -function! csapprox#common#Greys() - return (&t_Co == 88 ? s:urxvt_greys : s:xterm_greys) -endfunction - -" Retrieve the list of non-greyscale ramp colors for the current palette -function! csapprox#common#Colors() - return s:{csapprox#common#PaletteType()}_colors -endfunction diff --git a/files/.vim/bundle/CSApprox/autoload/csapprox/per_component.vim b/files/.vim/bundle/CSApprox/autoload/csapprox/per_component.vim deleted file mode 100644 index 1059dc8..0000000 --- a/files/.vim/bundle/CSApprox/autoload/csapprox/per_component.vim +++ /dev/null @@ -1,91 +0,0 @@ -" Copyright (c) 2012, Matthew J. Wozniski -" All rights reserved. -" -" Redistribution and use in source and binary forms, with or without -" modification, are permitted provided that the following conditions are met: -" * Redistributions of source code must retain the above copyright -" notice, this list of conditions and the following disclaimer. -" * Redistributions in binary form must reproduce the above copyright -" notice, this list of conditions and the following disclaimer in the -" documentation and/or other materials provided with the distribution. -" * The names of the contributors may not be used to endorse or promote -" products derived from this software without specific prior written -" permission. -" -" THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDER ``AS IS'' AND ANY -" EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED -" WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE -" DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER BE LIABLE FOR ANY -" DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES -" (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; -" LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND -" ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT -" (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS -" SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. - -" Integer comparator used to sort the complete list of possible colors -function! s:IntCompare(i1, i2) - return a:i1 == a:i2 ? 0 : a:i1 > a:i2 ? 1 : -1 -endfunc - -" Color comparator to find the nearest element to a given one in a given list -function! s:NearestElemInList(elem, list) - let len = len(a:list) - for i in range(len-1) - if (a:elem <= (a:list[i] + a:list[i+1]) / 2) - return a:list[i] - endif - endfor - return a:list[len-1] -endfunction - -" Takes 3 decimal values for r, g, and b, and returns the closest cube number. -" -" This approximator considers closeness based upon the individiual components. -" For each of r, g, and b, it finds the closest cube component available on -" the cube. If the three closest matches can combine to form a valid color, -" this color is used, otherwise we repeat the search with the greys removed, -" meaning that the three new matches must make a valid color when combined. -function! csapprox#per_component#Approximate(r,g,b) - let hex = printf("%02x%02x%02x", a:r, a:g, a:b) - - let colors = csapprox#common#Colors() - let greys = csapprox#common#Greys() - let type = csapprox#common#PaletteType() - - if !exists('s:approximator_cache_'.type) - let s:approximator_cache_{type} = {} - endif - - let rv = get(s:approximator_cache_{type}, hex, -1) - if rv != -1 - return rv - endif - - " Only obtain sorted list once - if !exists("s:".type."_greys_colors") - let s:{type}_greys_colors = sort(greys + colors, "s:IntCompare") - endif - - let greys_colors = s:{type}_greys_colors - - let r = s:NearestElemInList(a:r, greys_colors) - let g = s:NearestElemInList(a:g, greys_colors) - let b = s:NearestElemInList(a:b, greys_colors) - - let len = len(colors) - if (r == g && g == b && index(greys, r) != -1) - let rv = 16 + len * len * len + index(greys, r) - else - let r = s:NearestElemInList(a:r, colors) - let g = s:NearestElemInList(a:g, colors) - let b = s:NearestElemInList(a:b, colors) - let rv = index(colors, r) * len * len - \ + index(colors, g) * len - \ + index(colors, b) - \ + 16 - endif - - let s:approximator_cache_{type}[hex] = rv - return rv -endfunction diff --git a/files/.vim/bundle/CSApprox/doc/CSApprox.txt b/files/.vim/bundle/CSApprox/doc/CSApprox.txt deleted file mode 100644 index 888ec66..0000000 --- a/files/.vim/bundle/CSApprox/doc/CSApprox.txt +++ /dev/null @@ -1,690 +0,0 @@ -*CSApprox.txt* Bringing GVim colorschemes to the terminal! - - *csapprox* *csapprox.vim* - - _____ ____ ___ ~ - / ___// __// _ | ___ ___ ____ ___ __ __ ~ - / /__ _\ \ / __ | / _ \ / _ \ / __// _ \ \ \ / ~ - \___//___//_/ |_|/ .__// .__//_/ \___//_\_\ ~ - /_/ /_/ ~ - For Vim version 7.0 or newer - Last changed 14 Sep 2012 - - By Matt Wozniski - godlygeek@gmail.com - - Reference Manual~ - - *csapprox-toc* - -1. Introduction |csapprox-intro| -2. Requirements |csapprox-requirements| -3. Configuration |csapprox-configure| -4. Rationale/Design |csapprox-design| -5. Known Bugs and Limitations |csapprox-limitations| -6. Appendix - Terminals and Palettes |csapprox-terminal-list| -7. Changelog |csapprox-changelog| -8. Contact Info |csapprox-author| - -The functionality mentioned here is a plugin, see |add-plugin|. -You can avoid loading this plugin by setting the "CSApprox_loaded" global -variable in your |vimrc| file: > - :let g:CSApprox_loaded = 1 - -============================================================================== -1. Introduction *csapprox-intro* - -It's hard to find colorschemes for terminal Vim. Most colorschemes are -written to only support GVim, and don't work at all in terminal Vim. - -This plugin makes GVim-only colorschemes Just Work in terminal Vim, as long -as the terminal supports 88 or 256 colors - and most do these days. This -usually requires no user interaction (but see below for what to do if things -don't Just Work). After getting this plugin happily installed, any time you -use :colorscheme it will do its magic and make the colorscheme Just Work. - -Whenever you change colorschemes using the :colorscheme command this script -will be executed. It will take the colors that the scheme specified for use -in the GUI and use an approximation algorithm to try to gracefully degrade -them to the closest color available in your terminal. If you are running in -a GUI or if your terminal doesn't support 88 or 256 colors, no changes are -made. Also, no changes will be made if the colorscheme seems to have been -high color already. - -If for some reason this transparent method isn't suitable to you (for instance -if your environment can't be configured to meet the |csapprox-requirements|, -or you need to work in Vim 6), another option is also available: using the -|:CSApproxSnapshot| command to create a new GUI/88-/256-color terminal -colorscheme. To use this command, a user would generally start GVim, choose a -colorscheme that sets up the desired colors, and then use |:CSApproxSnapshot| -to create a new colorscheme based on those colors that works in high color -terminals. This method is more flexible than the transparent mode and works -in more places, but also requires more user intervention, and makes it harder -to deal with colorschemes being updated and such. - *:CSApproxSnapshot* -The full syntax for the command is: > - :CSApproxSnapshot[!] /path/to/new/colorscheme -< For example: > - :CSApproxSnapshot ~/.vim/colors/foobar.vim -< -NOTE: The generated colorscheme will only work in 88- and 256-color terminals, - and in GVim. It will not work at all in a terminal with 16 or fewer - colors. There's just no reliable way to approximate down from - 16,777,216 colors to 16 colors, especially without there being any - standard for what those 16 colors look like other than 'orange-ish', - 'red-ish', etc. - -NOTE: Although |:CSApproxSnapshot| can be used in both GVim and terminal Vim, - the resulting colors might be slightly off when run from terminal Vim. - I can find no way around this; Vim internally sets different colors when - running in a terminal than running in the GUI, and there's no way for - terminal Vim to figure out what color would have been used in GVim. - - *:CSApprox* -A command is also provided to run the approximation manually. This might be -useful if some colors were set outside of a colorscheme file, for instance. -By default, it will not change any colors unless no highlight group is set to -a color above 15, which is CSApprox's normal behavior. This probably isn't -useful in most use cases, though. On the other hand, if a ! is provided, -CSApprox will skip that test and update the cterm value for every highlight -group from the corresponding gui color. Syntax: -> - :CSApprox[!] -< - -============================================================================== -2. Requirements *csapprox-requirements* - -For CSApprox to work, there are 2 major requirements that must be met. - -a) GUI support (or vim >= 7.3) *csapprox-gui-support* *csapprox-+gui* - -NOTE This section only applies to vim versions before 7.3.000 - a modern vim -does not need GUI support in order for CSApprox to function. - -If CSApprox is being used to adjust a scheme's colors transparently, then the -terminal "vim" binary that is being run must be built with GUI support (see -|csapprox-limitations| for an explanation). If |:CSApproxSnapshot| is being -used to create a terminal colorscheme for high color terminals, then the -"vim" binary being used to create the scheme must be built with +gui, but the -scheme can be used in terminal "vim" binaries that weren't built with +gui. - -NOTE that creating snapshots with GVim will work better than making them with -Vim, and (obviously) all "gvim" binaries are built with +gui. - -Unfortunately, several Linux distributions only include GUI support in their -"gvim" binary, and not in their "vim" binary. You can check if GUI support is -available with the following command: - :echo has('gui') - -If that prints 0, the first thing to try would be searching for a larger vim -package provided by your distribution, like "vim-enhanced" on RedHat/CentOS -or "vim-gtk" or "vim-gnome" on Debian/Ubuntu. - -If you are unable to obtain a "vim" binary that includes GUI support, but -have a "gvim" binary available, you can probably launch Vim with GUI support -anyway by calling gvim with the |-v| flag in the shell: > - gvim -v - -If the above works, you can remove the need to call "gvim -v" instead of "vim" -all the time by creating a symbolic link from your "gvim" binary to "vim" -somewhere in your $PATH, for example: - sudo ln -s $(which gvim) $(which vim) - -If launching as "gvim -v" doesn"t work, and no package with GUI support is -available, you will need to compile Vim yourself and ensure that GUI support -is included to use CSApprox in its transparent mode, or create a snapshotted -scheme from GVim to use its snapshot mode. If this is inconvenient for you, -make sure that the Vim maintainer for your distribution knows it; they made a -conscious decision to build "vim" without +gui and "gvim" without terminal -support. - -b) Properly configured terminal *csapprox-terminal* - -As said above, many modern terminals support 88 or 256 colors, but most of -these default to setting $TERM to something generic (usually "xterm"). Since -Vim uses the value of the "colors" attribute for the current $TERM in terminfo -to figure out the number of colors used internally as 't_Co', this plugin will -either need for 't_Co' to be set to 88 or 256 in |vimrc|, or for $TERM to be -set to something that implies high color support. Possible choices include -"xterm-256color" for 256 color support and "rxvt-unicode" for 88 color -support. - *csapprox-palettes* -Also, there are at least three different 256-color palettes in use. Nearly -all terminals use an xterm-compatible palette, so most users need not concern -themselves with this, with only two exceptions: Eterm uses a slightly -different palette, and older Konsole (pre KDE 2.2.0) used a third palette. -CSApprox has no reliable way to tell which palette your terminal uses, so it -makes some educated guesses: - - i) If vim thinks that there are 88 colors available, CSApprox will use the - xterm/urxvt-compatible 88 color palette (I don't know of any other - 88 color palette in use anywhere). - - ii) If $TERM starts with "Eterm", CSApprox will approximate based on the - Eterm palette. - - iii) If $TERM starts with "konsole", CSApprox will use the legacy Konsole - palette if either "kde4-config --kde-version" or "kde-config --version" - reports that the KDE version on the system is less than 4.2.0. - Otherwise, it will use the xterm palette. - - iv) If $TERM starts with "xterm" or "screen", then CSApprox looks for the - vim variables "g:CSApprox_eterm" and "g:CSApprox_konsole". - If g:CSApprox_eterm is true, CSApprox uses the Eterm palette. - If g:CSApprox_konsole is true, CSApprox uses the old konsole palette. - Otherwise, CSApprox uses the xterm palette. - - v) For all other $TERM values, CSApprox uses the xterm palette. - - *csapprox-terminal-example* -To turn on high color support despite an incorrect $TERM, you can override -t_Co (the vim name for the terminfo setting defining how many colors are -available) in your .vimrc, and set either CSApprox_konsole or CSApprox_eterm -if appropriate. You could put something like this into your |vimrc|: -> - if (&term == 'xterm' || &term =~? '^screen') && hostname() == 'my-machine' - " On my machine, I use an old Konsole with 256 color support - set t_Co=256 - let g:CSApprox_konsole = 1 - endif - -Gnome Terminal, as of the time that I am writing this, doesn't support having -the terminal emulator set $TERM to something adequately descriptive. In cases -like this, something like the following would be appropriate: -> - if &term =~ '^\(xterm\|screen\)$' && $COLORTERM == 'gnome-terminal' - set t_Co=256 - endif - -============================================================================== -3. Configuration *csapprox-configure* - -There are several global variables that can be set to configure the behavior -of CSApprox. They are listed roughly based on the likelihood that the end -user might want to know about them. - -g:CSApprox_loaded *g:CSApprox_loaded* - If set in your |vimrc|, CSApprox is not loaded. Has no effect on - snapshotted schemes. - -g:CSApprox_verbose_level *g:CSApprox_verbose_level* - When CSApprox is run, the 'verbose' option will be temporarily raised to - the value held in this variable unless it is already greater. The default - value is 1, which allows CSApprox to default to warning whenever something - is wrong, even if it is recoverable, but allows the user to quiet us if he - wants by changing this variable to 0. The most important messages will be - shown at verbosity level 1; some less important ones will be shown at - higher verbosity levels. Has no effect on snapshotted schemes. - -g:CSApprox_fake_reverse *g:CSApprox_fake_reverse* - In gvim, setting a highlight group like "Visual" (the color of your visual - mode selection) to do reverse video results in it reversing the colors of - each character cell under it. Some terminals don't support this and will - instead always use the default background color on the default foreground - color when asked for reverse video. If this variable is set to a non-zero - number, CSApprox will change any request for reverse video to the "Normal" - group's bg color on the "Normal" group's fg color, instead of asking the - terminal to do reverse video. This provides a middle ground for terminals - that don't properly support reverse video - it's worse than having the - terminal properly reverse the colors of each character cell, but it's - better than the broken behavior of some terminal emulators. This was the - default behavior before CSApprox 4.0. - -g:CSApprox_eterm *g:CSApprox_eterm* - If set to a non-zero number, CSApprox will use the Eterm palette when - 'term' is set to "xterm" or begins with "screen". Otherwise, the xterm - palette would be used. This also affects snapshotted schemes. - -g:CSApprox_konsole *g:CSApprox_konsole* - If set to a non-zero number, CSApprox will use the old Konsole palette - when 'term' is set to "xterm" or begins with "screen". Otherwise, the - xterm palette would be used. This also affects snapshotted schemes. - -g:CSApprox_attr_map *g:CSApprox_attr_map* - Since some attributes (like 'guisp') can't be used in a terminal, and - others (like 'italic') are often very ugly in terminals, a generic way to - map between a requested attribute and another attribute is included. This - variable should be set to a Dictionary, where the keys are strings - representing the attributes the author wanted set, and the values are the - strings that the user wants set instead. If a value is '', it means the - attribute should just be ignored. The default is to replace 'italic' with - 'underline', and to use 'fg' instead of 'sp': > - let g:CSApprox_attr_map = { 'italic' : 'underline', 'sp' : 'fg' } -< - Your author prefers disabling bold and italic entirely, so uses this: > - let g:CSApprox_attr_map = { 'bold' : '', 'italic' : '', 'sp' : 'fg' } -< - - Note: This transformation is considered at the time a snapshotted scheme - is created, rather than when it is used. - - Note: You can only map an attribute representing a color to another - attribute representing a color; likewise with boolean attributes. - After all, sp -> bold and italic -> fg would be nonsensical. - - *g:CSApprox_hook_pre* *g:CSApprox_hook_{scheme}_pre* - *g:CSApprox_hook_post* *g:CSApprox_hook_{scheme}_post* -g:CSApprox_hook_pre -g:CSApprox_hook_post -g:CSApprox_hook_{scheme}_pre -g:CSApprox_hook_{scheme}_post *csapprox-hooks* - These variables provide a method for adjusting tweaking the approximation - algorithm, either for all schemes, or on a per scheme basis. For - snapshotted schemes, these will only take effect when the snapshotted - scheme is created, rather than when it is used. Each of these variables - may be set to either a String containing a command to be :execute'd, or a - List of such Strings. The _pre hooks are executed before any - approximations have been done. In order to affect the approximation at - this stage, you would need to change the gui colors for a group; the cterm - colors will then be approximated from those gui colors. Example: -> - let g:CSApprox_hook_pre = 'hi Comment guibg=#ffddff' -< - The advantage to tweaking the colors at this stage is that CSApprox will - handle approximating the given gui colors to the proper cterm colors, - regardless of the number of colors the terminal supports. The - disadvantage is that certain things aren't possible, including clearing - the background or foreground color for a group, selecting a precise cterm - color to be used, and overriding the mappings made by g:CSApprox_attr_map. - Another notable disadvantage is that overriding things at this level will - actually affect the gui colors, in case the :gui is used to start gvim - from the running vim instance. - - To overcome these disadvantages, the _post hooks are provided. These - hooks will be executed only after all approximations have been completed. - At this stage, in order to have changes appear the cterm* colors must be - modified. For example: - *csapprox-transparency* -> - let g:CSApprox_hook_post = ['hi Normal ctermbg=NONE ctermfg=NONE', - \ 'hi NonText ctermbg=NONE ctermfg=NONE' ] -< - Setting g:CSApprox_hook_post as shown above will clear the background of - the Normal and NonText groups, forcing the terminal's default background - color to be used instead, including any pseudotransparency done by that - terminal emulator. As noted, though, the _post functions do not allow - CSApprox to approximate the colors. This may be desired, but if this is - an inconvenience the function named by g:CSApprox_approximator_function - can still be called manually. For example: -> - let g:CSApprox_hook_post = 'exe "hi Comment ctermbg="' - \ . '. g:CSApprox_approximator_function(0xA0,0x50,0x35)' -< - The _{scheme}_ versions are exactly like their counterparts, except that - they will only be executed if the value of g:colors_name matches the - scheme name embedded in the variable name. They will be executed after - the corresponding hook without _{scheme}_, which provides a way to - override a less specific hook with a more specific one. For example, to - clear the Normal and NonText groups, but only for the colorscheme - "desert", one could do the following: -> - let g:CSApprox_hook_desert_post = ['hi Normal ctermbg=NONE ctermfg=NONE', - \ 'hi NonText ctermbg=NONE ctermfg=NONE' ] -< - One final example: If you want CSApprox to be active for nearly all - colorschemes, but want one or two particular schemes to be ignored, you - can take advantage of the CSApprox logic that skips over any color scheme - that is already high color by setting a color to a number above 255. Note - that most colors greater than 15 will work, but some will not - 256 should - always work. For instance, you can prevent CSApprox from modifying the - colors of the zellner colorscheme like this: -> - let g:CSApprox_hook_zellner_pre = 'hi _FakeGroup ctermbg=256' -< - NOTE: Any characters that would stop the string stored in g:colors_name - from being a valid variable name will be removed before the - _{scheme}_ hook is searched. Basically, this means that first all - characters that are neither alphanumeric nor underscore will be - removed, then any leading digits will be removed. So, for a - colorscheme named "123 foo_bar-baz456.vim", the hook searched for - will be, eg, g:CSApprox_hook_foo_barbaz456_post - -g:CSApprox_use_showrgb *g:CSApprox_use_showrgb* - By default, CSApprox will use a built in mapping of color names to values. - This optimization greatly helps speed, but means that colors addressed by - name might not match up perfectly between gvim (which uses the system's - real rgb database) and CSApprox (which uses the builtin database). To - force CSApprox to try the systemwide database first, and only fall back on - the builtin database if it isn't available, set this variable non-zero. - -g:CSApprox_approximator_function *g:CSApprox_approximator_function* - If the default approximation function doesn't work well enough, the user - (or another author wishing to extend this plugin) can write another - approximation function. This function should take three numbers, - representing r, g, and b in decimal, and return the index on the color - cube that best matches those colors. Assigning a |Funcref| to this - variable will override the default approximator with the one the Funcref - references. This option will take effect at the time a snapshotted scheme - is created, rather than when it's used. - -g:CSApprox_redirfallback *g:CSApprox_redirfallback* - Until Vim 7.2.052, there was a bug in the Vim function synIDattr() that - made it impossible to determine syntax information about the |guisp| - attribute. CSApprox includes a workaround for this problem, as well as a - test that ought to disable this workaround if synIDattr() works properly. - If this test should happen to give improper results somehow, the user can - force the behavior with this variable. When set to 1, the workaround will - always be used, and when set to 0, synIDattr() is blindly used. Needless - to say, if this automatic detection should ever fail, the author would - like to be notified! This option will take effect at the time a - snapshotted scheme is created, rather than when it's used. - -============================================================================== -4. Rationale/Design *csapprox-design* - -There is a wealth of colorschemes available for Vim. Unfortunately, since -traditional terminal emulators have only supported 2, 8 or 16 colors, -colorscheme authors have tended to avoid writing colorschemes for terminal -Vim, sticking instead to GVim. Even now that nearly every popular terminal -supports either 88 or 256 colors, few colorschemes are written to support -them. This may be because the terminal color codes are just numbers from 0 to -87 or 255 with no semantic meaning, or because the same number doesn't yield -the same color in all terminals, or simply because the colorscheme author -doesn't use the terminal and doesn't want to take the time to support -terminals. - -Whatever the reason, this leaves users of many modern terminal emulators in -the awkward position of having a terminal emulator that supports many colors, -but having very few colorschemes that were written to utilize those colors. - -This is where CSApprox comes in. It attempts to fill this void allowing GVim -colorschemes to be used in terminal Vim. CSApprox has two distinct modes of -operation. In the first mode, it attempts to make GVim colorschemes -transparently backwards compatible with terminal Vim in a high color terminal. -Basically, whenever a colorscheme is run it should set some colors for the -GUI, and this script will then run and attempt to figure out the closest color -available in the terminal's color palette to the color the scheme author asked -for. Unfortunately, this does not work well all the time, and it has some -limitations (see |csapprox-limitations|). Most of the time, however, this -gives a very close approximation to the GVim colors without requiring any -changes to the colorscheme, or any user interaction. It only requires that -the plugin be installed on the machine where Vim is being run, and that the -user's environment meets the needs specified at |csapprox-requirements|. In -the event that this doesn't work, a second option - using |:CSApproxSnapshot| -to create a new, 88-/256-color capable colorscheme - is available. - -Ideally, the aim is for CSApprox to be completely transparent to the user. -This is why the approach I take is entirely different from the GuiColorScheme -script, which will break on any but the simplest colorschemes. Unfortunately, -given the difficulty of determining exactly which terminal emulator the user -is running, and what features it supports, and which color palette it's using, -perfect transparency is difficult. So, to this end, I've attempted to default -to settings that make it unlikely that this script ever makes things worse -(this is why I chose not to override t_Co to 256 myself), and I've attempted -to make it easy to override my choice of defaults when necessary (through -g:CSApprox_approximator_function, g:CSApprox_konsole, g:CSApprox_eterm, -g:CSApprox_attr_map, etc). - -In the event that the transparent solution is undesirable, or that the user's -environment can't be configured to allow it (no GVim and no Vim with +gui, for -instance), |:CSApproxSnapshot| should provide a workable alternative - less -cool, and less flexible, but it will work in more environments, and the -snapshotted colorscheme will even work in Vim 6. - -If any of my design choices seem to be causing extra work with no real -advantages, though, I'd like to hear about it. Feel free to email me with any -improvements or complaints. - -============================================================================== -5. Known Bugs and Limitations *csapprox-limitations* - -GUI support or vim >= 7.3 is required for transparently adapting schemes. - - There is nothing I can do about this given my chosen design. CSApprox works - by being notified every time a colorscheme sets some GUI colors, then - approximating those colors to similar terminal colors. Unfortunately, when - Vim < 7.3 is not built with GUI support, it doesn't bother to store the GUI - colors, so querying for them fails. This leaves me completely unable to - tell what the colorscheme was trying to do. See |csapprox-+gui| for some - potential workarounds if your distribution doesn't provide a Vim with +gui - and you can't upgrade to a modern vim. - -User intervention is sometimes required for information about the terminal. - - This is really an insurmountable problem. Unfortunately, most terminal - emulators default to setting $TERM to 'xterm', even when they're not really - compatible with an xterm. $TERM is really the only reliable way to - find anything at all out about the terminal you're running in, so there's no - way to know if the terminal supports 88 or 256 colors without either the - terminal telling me (using $TERM) or the user telling me (using 't_Co'). - Similarly, unless $TERM is set to something that implies a certain color - palette ought to be used, there's no way for me to know, so I'm forced to - default to the most common, xterm's palette, and allow the user to override - my choice with |g:CSApprox_konsole| or |g:CSApprox_eterm|. An example of - configuring Vim to work around a terminal where $TERM is set to something - generic without configuring the terminal properly is shown at - |csapprox-terminal-example|. - -Some colorschemes could fail to be converted if they try to be too smart. - - A colorscheme could decide to only set colors for the mode Vim is running - in. If a scheme only sets GUI colors when the GUI is running, instead of - using the usual approach of setting all colors and letting Vim choose which - to use, my approach falls apart. My method for figuring out what the scheme - author wants the scheme to look like absolutely depends upon him setting the - GUI colors in all modes. Fortunately, the few colorschemes that do this - seem to be, by and large, intended for 256 color terminals already, meaning - that skipping them is the proper behavior. Note that this will only affect - transparently adapted schemes and snapshots made from terminal Vim; - snapshots made from GVim are immune to this problem. - -Transparently adapting schemes is slow. - - For me, it takes Vim's startup time from 0.15 seconds to 0.35 seconds. This - is probably still acceptable, but it is definitely worth trying to cut down - on this time in future versions. Snapshotted schemes are faster to use, - since all of the hard evaluations are made when they're made instead of when - they're used. - - NOTE: As of CSApprox 3.50, the overhead is down to about 0.10 seconds on my - test machine. - -It isn't possible to approximate only a particular set of groups. - - Unfortunately, the :CSApprox command will always update all groups, even if - only a small set of groups has changed. A future improvement would be to - provide a function called, say, CSApprox(), that takes an optional list of - highlight groups (default: all) and only does approximation for those - groups. - -============================================================================== -6. Appendix - Terminals and Palettes *csapprox-terminal-list* - -What follows is a list of terminals known to have and known not to have high -color support. This list is certainly incomplete; feel free to contact me -with more to add to either list. - - *csapprox-terminals-good* -------------------------------- Good Terminals ------------------------------- - -The most recent versions of each of these terminals can be compiled with -either 88 or 256 color support. - - *csapprox-xterm* -xterm: - 256 color palette - Colors composed of: [ 0x00, 0x5F, 0x87, 0xAF, 0xD7, 0xFF ] - Greys composed of: [ 0x08, 0x12, 0x1C, 0x26, 0x30, 0x3A, 0x44, 0x4E, - 0x58, 0x62, 0x6C, 0x76, 0x80, 0x8A, 0x94, 0x9E, - 0xA8, 0xB2, 0xBC, 0xC6, 0xD0, 0xDA, 0xE4, 0xEE ] - - *csapprox-urxvt* -rxvt-unicode (urxvt): - 88 colors by default (but a patch is available to use xterm's palette) - Colors composed of: [ 0x00, 0x8B, 0xCD, 0xFF ] - Greys composed of: [ 0x2E, 0x5C, 0x73, 0x8B, 0xA2, 0xB9, 0xD0, 0xE7 ] - - *csapprox-pterm* *csapprox-putty* -PuTTY (pterm; putty.exe): - 256 colors; same palette as xterm - - *csapprox-mrxvt* -Mrxvt (mrxvt): - 256 colors; same palette as xterm - - *csapprox-gnome-terminal* -GNOME Terminal (gnome-terminal): - 256 colors; same palette as xterm - - *csapprox-roxterm* -ROXTerm (roxterm): - 256 colors; same palette as xterm - - *csapprox-xfce4-terminal* -Terminal (xfce4-terminal): - 256 colors; same palette as xterm - - *csapprox-iterm.app* -iTerm (iTerm.app): - 256 colors; same palette as xterm - *csapprox-konsole* -Konsole (konsole): - 256 color palette - Colors used to be composed of: [ 0x00, 0x33, 0x66, 0x99, 0xCC, 0xFF ] - As of KDE 2.2.0, colors match the xterm palette - Always used the same greyscales as xterm - - *csapprox-eterm* -eterm (Eterm): - 256 color palette - Colors composed of: [ 0x00, 0x2A, 0x55, 0x7F, 0xAA, 0xD4 ] - Same greyscales as xterm - You should set the g:CSApprox_eterm variable unless $TERM begins with - 'eterm', case insensitive - - *csapprox-screen* -GNU Screen (screen): - 256 color support. Internally, uses the xterm palette, but this is only - relevant when running screen inside a terminal with fewer than 256 colors, - in which case screen will attempt to map between its own 256 color cube - and the colors supported by the real terminal to the best of its ability, - in much the same way as CSApprox maps between GUI and terminal colors. - - *csapprox-terminals-bad* --------------------------------- Bad Terminals ------------------------------- -This is a list of terminals known _not_ to have high color support. If any of -these terminals have high color support added at some point in the future, -please tell me and I'll update this information. - - *csapprox-terminal.app* -Terminal.app (as of OS X 10.5.2) - - *csapprox-aterm* -aterm (as of version 1.00.01) - - *csapprox-xiterm* -xiterm (as of version 0.5) - - *csapprox-wterm* -wterm (as of version 6.2.9) - - *csapprox-mlterm* -mlterm (as of version 2.9.4) - - *csapprox-kterm* -kterm (as of version 6.2.0) - -============================================================================== -7. Changelog *csapprox-changelog* - - 4.00 14 Sep 2012 Fix CSApprox to not fail in vim 7.3 if not +gui, now - that vim behaves properly even without +gui - - Provide the |:CSApprox| command to re-run CSApprox's - approximation algorithm even if the colorscheme hasn't - changed - useful for when the user has tweaked some - colors manually. - - Better handling for the |inverse| (aka reverse) attribute - for terminals that actually support it - and add the - g:CSApprox_fake_reverse config variable to allow - switching back to the old behavior for terminals that - don't support real reverse video. - - Fix an issue where CSApprox would unconditionally leave - 'background' set to "light" - now it will leave - 'background' unchanged when it runs. - - Change the handling for Konsole to use the xterm palette - by for KDE versions >= 2.2.0 - Konsole itself was - changed to drop its old, slightly incompatible palette - in KDE 2.2.0 - - Fix a minor issue where running vim in recovery mode - with |-r| would result in a complaint from CSApprox that - the terminal didn't have enough colors even when it did. - - Fix an issue where, even if CSApprox had been disabled - by setting |g:CSApprox_loaded|, a CSApprox error message - could still be displayed. - - 3.50 01 Apr 2009 Fix a major regression that prevented the Eterm and - Konsole colors from being correctly snapshotted - - Fix a related bug causing incorrect terminal colors - after calling |:CSApproxSnapshot| - - Fix a bug causing black to be used instead of dark grey - - Have snapshots calculate g:colors_name programmatically - - Introduce many tweaks for better speed - - Clarify some things at :help csapprox-terminal-example - - Default to using our own list of rgb.txt colors rather - than searching, for performance. Add a new variable, - g:CSApprox_use_showrgb, which forces us to try finding - the colors using the "showrgb" program instead, and fall - back on our own list if it isn't available - - Remove g:CSApprox_extra_rgb_txt_dirs - not needed in - light of the above change - - 3.05 31 Jan 2009 Fix a harmless "Undefined variable" error in - |:CSApproxSnapshot| - - Fix a behavioral bug when dumping out colors defined - external to the scheme. - - 3.00 21 Jan 2009 Update the docs for better info on |:CSApproxSnapshot| - - Allow snapshotted schemes to work on Vim 6, and work - properly in Konsole and Eterm (thanks David Majnemer!) - - Fix a bug causing a syntax error when using GVim while - CSApprox was loaded. (thanks again, David Majnemer!) - - 2.00 14 Dec 2008 Add a hooks system, allowing users to specify a command - to run, either before or after the approximation - algorithm is run, for all schemes or one specific one. - - Also rewrite |:CSApproxSnapshot| to be more maintainable - and less of a hack, and fix several bugs that it - contained. - - 1.50 19 Nov 2008 Add CSApproxSnapshot command, as an alternative solution - when the user has gvim or a vim with gui support, but - sometimes needs to use a vim without gui support. - - 1.10 28 Oct 2008 Enable running on systems with no rgb.txt (Penn Su) - Begin distributing a copy of rgb.txt with CSApprox - - 1.00 04 Oct 2008 First public release - - 0.90 14 Sep 2008 Initial beta release - -============================================================================== -8. Contact Info *csapprox-author* - -Your author, a Vim nerd with some free time, was sick of seeing terminals -always get the short end of the stick. He'd like to be notified of any -problems you find - after all, he took the time to write all this lovely -documentation, and this plugin, which took more time than you could possibly -imagine to get working transparently for every colorscheme he could get his -hands on. You can contact him with any problems or praises at -godlygeek@gmail.com - -============================================================================== -vim:tw=78:fo=tcq2:isk=!-~,^*,^\|,^\":ts=8:ft=help:norl: diff --git a/files/.vim/bundle/CSApprox/plugin/CSApprox.vim b/files/.vim/bundle/CSApprox/plugin/CSApprox.vim deleted file mode 100644 index 68f92d8..0000000 --- a/files/.vim/bundle/CSApprox/plugin/CSApprox.vim +++ /dev/null @@ -1,921 +0,0 @@ -" CSApprox: Make gvim-only colorschemes Just Work terminal vim -" Maintainer: Matthew Wozniski (godlygeek@gmail.com) -" Date: Fri, 14 Sep 2012 01:12:13 -0400 -" Version: 4.00 -" History: :help csapprox-changelog -" -" Long Description: -" It's hard to find colorschemes for terminal Vim. Most colorschemes are -" written to only support GVim, and don't work at all in terminal Vim. -" -" This plugin makes GVim-only colorschemes Just Work in terminal Vim, as long -" as the terminal supports 88 or 256 colors - and most do these days. This -" usually requires no user interaction (but see below for what to do if things -" don't Just Work). After getting this plugin happily installed, any time you -" use :colorscheme it will do its magic and make the colorscheme Just Work. -" -" Whenever you change colorschemes using the :colorscheme command this script -" will be executed. It will take the colors that the scheme specified for use -" in the GUI and use an approximation algorithm to try to gracefully degrade -" them to the closest color available in your terminal. If you are running in -" a GUI or if your terminal doesn't support 88 or 256 colors, no changes are -" made. Also, no changes will be made if the colorscheme seems to have been -" high color already. -" -" License: -" Copyright (c) 2012, Matthew J. Wozniski -" All rights reserved. -" -" Redistribution and use in source and binary forms, with or without -" modification, are permitted provided that the following conditions are met: -" * Redistributions of source code must retain the above copyright -" notice, this list of conditions and the following disclaimer. -" * Redistributions in binary form must reproduce the above copyright -" notice, this list of conditions and the following disclaimer in the -" documentation and/or other materials provided with the distribution. -" * The names of the contributors may not be used to endorse or promote -" products derived from this software without specific prior written -" permission. -" -" THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDER ``AS IS'' AND ANY -" EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED -" WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE -" DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER BE LIABLE FOR ANY -" DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES -" (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; -" LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND -" ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT -" (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS -" SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. - -" {>1} Basic plugin setup - -" {>2} Check preconditions -" Quit if the user doesn't want or need us or is missing the gui feature. We -" need +gui to be able to check the gui color settings; vim doesn't bother to -" store them if it is not built with +gui. -if exists('g:CSApprox_loaded') - finish -elseif !has('gui') && v:version < 703 - " Vim versions less than < 7.3.0 need +gui. - " Warn unless the user set g:CSApprox_verbose_level to zero. - if get(g:, 'CSApprox_verbose_level', 1) - echomsg "CSApprox needs gui support - not loading." - echomsg " See :help |csapprox-+gui| for possible workarounds." - endif - - finish -endif - -" {1} Mark us as loaded, and disable all compatibility options for now. -let g:CSApprox_loaded = 1 - -let s:savecpo = &cpo -set cpo&vim - -" {>1} Collect info for the set highlights - -" {>2} Determine if synIDattr is usable -" synIDattr() couldn't support 'guisp' until 7.2.052. This function returns -" true if :redir is needed to find the 'guisp' attribute, false if synIDattr() -" is functional. This test can be overridden by setting the global variable -" g:CSApprox_redirfallback to 1 (to force use of :redir) or to 0 (to force use -" of synIDattr()). -function! s:NeedRedirFallback() - if !exists("g:CSApprox_redirfallback") - let g:CSApprox_redirfallback = (v:version == 702 && !has('patch52')) - \ || v:version < 702 - endif - return g:CSApprox_redirfallback -endfunction - -" {>2} Collect and store the highlights -" Get a dictionary containing information for every highlight group not merely -" linked to another group. Return value is a dictionary, with highlight group -" numbers for keys and values that are dictionaries with four keys each, -" 'name', 'term', 'cterm', and 'gui'. 'name' holds the group name, and each -" of the others holds highlight information for that particular mode. -function! s:Highlights(modes) - let rv = {} - - let i = 0 - while 1 - let i += 1 - - " Only interested in groups that exist and aren't linked - if synIDtrans(i) == 0 - break - endif - - " Handle vim bug allowing groups with name == "" to be created - if synIDtrans(i) != i || len(synIDattr(i, "name")) == 0 - continue - endif - - let rv[i] = {} - let rv[i].name = synIDattr(i, "name") - - for where in a:modes - let rv[i][where] = {} - for attr in s:PossibleAttributes() - let rv[i][where][attr] = synIDattr(i, attr, where) - endfor - - for attr in [ "fg", "bg" ] - let rv[i][where][attr] = synIDattr(i, attr.'#', where) - endfor - - if where == "gui" - let rv[i][where]["sp"] = s:SynGuiSp(i, rv[i].name) - else - let rv[i][where]["sp"] = -1 - endif - - for attr in [ "fg", "bg", "sp" ] - if rv[i][where][attr] == -1 - let rv[i][where][attr] = '' - endif - endfor - endfor - endwhile - - return rv -endfunction - -" {>2} Retrieve guisp - -" Get guisp using whichever method is specified by _redir_fallback -function! s:SynGuiSp(idx, name) - if !s:NeedRedirFallback() - return s:SynGuiSpAttr(a:idx) - else - return s:SynGuiSpRedir(a:name) - endif -endfunction - -" {>3} Implementation for retrieving guisp with redir hack -function! s:SynGuiSpRedir(name) - redir => temp - exe 'sil hi ' . a:name - redir END - let temp = matchstr(temp, 'guisp=\zs.*') - if len(temp) == 0 || temp[0] =~ '\s' - let temp = "" - else - " Make sure we can handle guisp='dark red' - let temp = substitute(temp, '[\x00].*', '', '') - let temp = substitute(temp, '\s*\(c\=term\|gui\).*', '', '') - let temp = substitute(temp, '\s*$', '', '') - endif - return temp -endfunction - -" {>3} Implementation for retrieving guisp with synIDattr() -function! s:SynGuiSpAttr(idx) - return synIDattr(a:idx, 'sp#', 'gui') -endfunction - -" {>1} Handle color names - -" Place to store rgb.txt name to color mappings - lazy loaded if needed -let s:rgb = {} - -" {>2} Builtin gui color names -" gui_x11.c and gui_gtk_x11.c have some default colors names that are searched -" if the x server doesn't know about a color. If 'showrgb' is available, -" we'll default to using these color names and values, and overwrite them with -" other values if 'showrgb' tells us about those colors. -let s:rgb_defaults = { "lightred" : "#FFBBBB", - \ "lightgreen" : "#88FF88", - \ "lightmagenta" : "#FFBBFF", - \ "darkcyan" : "#008888", - \ "darkblue" : "#0000BB", - \ "darkred" : "#BB0000", - \ "darkmagenta" : "#BB00BB", - \ "darkgrey" : "#BBBBBB", - \ "darkyellow" : "#BBBB00", - \ "gray10" : "#1A1A1A", - \ "grey10" : "#1A1A1A", - \ "gray20" : "#333333", - \ "grey20" : "#333333", - \ "gray30" : "#4D4D4D", - \ "grey30" : "#4D4D4D", - \ "gray40" : "#666666", - \ "grey40" : "#666666", - \ "gray50" : "#7F7F7F", - \ "grey50" : "#7F7F7F", - \ "gray60" : "#999999", - \ "grey60" : "#999999", - \ "gray70" : "#B3B3B3", - \ "grey70" : "#B3B3B3", - \ "gray80" : "#CCCCCC", - \ "grey80" : "#CCCCCC", - \ "gray90" : "#E5E5E5", - \ "grey90" : "#E5E5E5" } - -" {>2} Colors that vim will use by name in one of the default schemes, either -" for bg=light or for bg=dark. This lets us avoid loading the entire rgb.txt -" database when the scheme itself doesn't ask for colors by name. -let s:rgb_presets = { "black" : "#000000", - \ "blue" : "#0000ff", - \ "brown" : "#a52a2a", - \ "cyan" : "#00ffff", - \ "darkblue" : "#00008b", - \ "darkcyan" : "#008b8b", - \ "darkgrey" : "#a9a9a9", - \ "darkmagenta" : "#8b008b", - \ "green" : "#00ff00", - \ "grey" : "#bebebe", - \ "grey40" : "#666666", - \ "grey90" : "#e5e5e5", - \ "lightblue" : "#add8e6", - \ "lightcyan" : "#e0ffff", - \ "lightgrey" : "#d3d3d3", - \ "lightmagenta" : "#ffbbff", - \ "magenta" : "#ff00ff", - \ "red" : "#ff0000", - \ "seagreen" : "#2e8b57", - \ "white" : "#ffffff", - \ "yellow" : "#ffff00" } - -" {>2} Find available color names -" Find the valid named colors. By default, use our own rgb list, but try to -" retrieve the system's list if g:CSApprox_use_showrgb is set to true. Store -" the color names and color values to the dictionary s:rgb - the keys are -" color names (in lowercase), the values are strings representing color values -" (as '#rrggbb'). -function! s:UpdateRgbHash() - try - if !exists("g:CSApprox_use_showrgb") || !g:CSApprox_use_showrgb - throw "Not using showrgb" - endif - - " We want to use the 'showrgb' program, if it's around - let lines = split(system('showrgb'), '\n') - - if v:shell_error || !exists('lines') || empty(lines) - throw "'showrgb' didn't give us an rgb.txt" - endif - - let s:rgb = copy(s:rgb_defaults) - - " fmt is (blanks?)(red)(blanks)(green)(blanks)(blue)(blanks)(name) - let parsepat = '^\s*\(\d\+\)\s\+\(\d\+\)\s\+\(\d\+\)\s\+\(.*\)$' - - for line in lines - let v = matchlist(line, parsepat) - if len(v) < 0 - throw "CSApprox: Bad RGB line: " . string(line) - endif - let s:rgb[tolower(v[4])] = printf("#%02x%02x%02x", v[1], v[2], v[3]) - endfor - catch - try - let s:rgb = csapprox#rgb() - catch - echohl ErrorMsg - echomsg "Can't call rgb() from autoload/csapprox.vim" - echomsg "Named colors will not be available!" - echohl None - endtry - endtry - - return 0 -endfunction - -" {>1} Derive and set cterm attributes - -" {>2} List of all possible attributes -function! s:PossibleAttributes() - return [ "bold", "italic", "reverse", "underline", "undercurl" ] -endfunction - -" {>2} Attribute overrides -" Allow the user to override a specified attribute with another attribute. -" For example, the default is to map 'italic' to 'underline' (since many -" terminals cannot display italic text, and gvim itself will replace italics -" with underlines where italicizing is impossible), and to replace 'sp' with -" 'fg' (since terminals can't use one color for the underline and another for -" the foreground, we color the entire word). This default can of course be -" overridden by the user, by setting g:CSApprox_attr_map. This map must be -" a dictionary of string keys, representing the same attributes that synIDattr -" can look up, to string values, representing the attribute mapped to or an -" empty string to disable the given attribute entirely. -function! s:attr_map(attr) - let rv = get(g:CSApprox_attr_map, a:attr, a:attr) - - return rv -endfunction - -function! s:NormalizeAttrMap(map) - let old = copy(a:map) - let new = filter(a:map, '0') - - let valid_attrs = [ 'bg', 'fg', 'sp' ] + s:PossibleAttributes() - - let colorattrs = [ 'fg', 'bg', 'sp' ] - - for olhs in keys(old) - if olhs ==? 'inverse' - let nlhs = 'reverse' - endif - - let orhs = old[olhs] - - if orhs ==? 'inverse' - let nrhs = 'reverse' - endif - - let nlhs = tolower(olhs) - let nrhs = tolower(orhs) - - try - if index(valid_attrs, nlhs) == -1 - echomsg "CSApprox: Bad attr map (removing unrecognized attribute " . olhs . ")" - elseif nrhs != '' && index(valid_attrs, nrhs) == -1 - echomsg "CSApprox: Bad attr map (removing unrecognized attribute " . orhs . ")" - elseif nrhs != '' && !!(index(colorattrs, nlhs)+1) != !!(index(colorattrs, nrhs)+1) - echomsg "CSApprox: Bad attr map (removing " . olhs . "; type mismatch with " . orhs . ")" - elseif nrhs == 'sp' - echomsg "CSApprox: Bad attr map (removing " . olhs . "; can't map to 'sp')" - else - let new[nlhs] = nrhs - endif - catch - echo v:exception - endtry - endfor -endfunction - -" {>2} Normalize the GUI settings of a highlight group -" If the Normal group is cleared, set it to gvim's default, black on white -" Though this would be a really weird thing for a scheme to do... *shrug* -function! s:FixupGuiInfo(highlights) - if a:highlights[s:hlid_normal].gui.bg == '' - let a:highlights[s:hlid_normal].gui.bg = 'white' - endif - - if a:highlights[s:hlid_normal].gui.fg == '' - let a:highlights[s:hlid_normal].gui.fg = 'black' - endif -endfunction - -" {>2} Map gui settings to cterm settings -" Given information about a highlight group, replace the cterm settings with -" the mapped gui settings, applying any attribute overrides along the way. In -" particular, this gives special treatment to the 'reverse' attribute and the -" 'guisp' attribute. In particular, if the 'reverse' attribute is set for -" gvim, we unset it for the terminal and instead set ctermfg to match guibg -" and vice versa, since terminals can consider a 'reverse' flag to mean using -" default-bg-on-default-fg instead of current-bg-on-current-fg. We also -" ensure that the 'sp' attribute is never set for cterm, since no terminal can -" handle that particular highlight. If the user wants to display the guisp -" color, he should map it to either 'fg' or 'bg' using g:CSApprox_attr_map. -function! s:FixupCtermInfo(highlights) - for hl in values(a:highlights) - - if !has_key(hl, 'cterm') - let hl["cterm"] = {} - endif - - " Find attributes to be set in the terminal - for attr in s:PossibleAttributes() - let hl.cterm[attr] = '' - if hl.gui[attr] == 1 - if s:attr_map(attr) != '' - let hl.cterm[ s:attr_map(attr) ] = 1 - endif - endif - endfor - - for color in [ "bg", "fg" ] - let eff_color = color - if hl.cterm['reverse'] - let eff_color = (color == 'bg' ? 'fg' : 'bg') - endif - - let hl.cterm[color] = get(hl.gui, s:attr_map(eff_color), '') - endfor - - if hl.gui['sp'] != '' && s:attr_map('sp') != '' - let hl.cterm[s:attr_map('sp')] = hl.gui['sp'] - endif - - if exists("g:CSApprox_fake_reverse") && g:CSApprox_fake_reverse - if hl.cterm['reverse'] && hl.cterm.bg == '' - let hl.cterm.bg = 'fg' - endif - - if hl.cterm['reverse'] && hl.cterm.fg == '' - let hl.cterm.fg = 'bg' - endif - - if hl.cterm['reverse'] - let hl.cterm.reverse = '' - endif - endif - endfor -endfunction - -" {>2} Kludge around inability to reference autoload functions -function! s:DefaultApproximator(...) - return call('csapprox#per_component#Approximate', a:000) -endfunction - -" {>2} Set cterm colors for a highlight group -" Given the information for a single highlight group (ie, the value of -" one of the items in s:Highlights() already normalized with s:FixupCtermInfo -" and s:FixupGuiInfo), handle matching the gvim colors to the closest cterm -" colors by calling the appropriate approximator as specified with the -" g:CSApprox_approximator_function variable and set the colors and attributes -" appropriately to match the gui. -function! s:SetCtermFromGui(hl) - let hl = a:hl - - " Set up the default approximator function, if needed - if !exists("g:CSApprox_approximator_function") - let g:CSApprox_approximator_function = function("s:DefaultApproximator") - endif - - " Clear existing highlights - exe 'hi ' . hl.name . ' cterm=NONE ctermbg=NONE ctermfg=NONE' - - for which in [ 'bg', 'fg' ] - let val = hl.cterm[which] - - " Skip unset colors - if val == -1 || val == "" - continue - endif - - " Try translating anything but 'fg', 'bg', #rrggbb, and rrggbb from an - " rgb.txt color to a #rrggbb color - if val !~? '^[fb]g$' && val !~ '^#\=\x\{6}$' - try - " First see if it is in our preset-by-vim rgb list - let val = s:rgb_presets[tolower(val)] - catch - " Then try loading and checking our real rgb list - if empty(s:rgb) - call s:UpdateRgbHash() - endif - try - let val = s:rgb[tolower(val)] - catch - " And then barf if we still haven't found it - if &verbose - echomsg "CSApprox: Colorscheme uses unknown color \"" . val . "\"" - endif - continue - endtry - endtry - endif - - if val =~? '^[fb]g$' - exe 'hi ' . hl.name . ' cterm' . which . '=' . val - let hl.cterm[which] = val - elseif val =~ '^#\=\x\{6}$' - let val = substitute(val, '^#', '', '') - let r = str2nr(val[0:1], 16) - let g = str2nr(val[2:3], 16) - let b = str2nr(val[4:5], 16) - let hl.cterm[which] = g:CSApprox_approximator_function(r, g, b) - exe 'hi ' . hl.name . ' cterm' . which . '=' . hl.cterm[which] - else - throw "Internal error handling color: " . val - endif - endfor - - " Finally, set the attributes - let attrs = s:PossibleAttributes() - call filter(attrs, 'hl.cterm[v:val] == 1') - - if !empty(attrs) - exe 'hi ' . hl.name . ' cterm=' . join(attrs, ',') - endif -endfunction - - -" {>1} Top-level control - -" Cache the highlight ID of the normal group; it's used often and won't change -let s:hlid_normal = hlID('Normal') - -" {>2} Builtin cterm color names above 15 -" Vim defines some color name to high color mappings internally (see -" syntax.c:do_highlight). Since we don't want to overwrite a colorscheme that -" was actually written for a high color terminal with our choices, but have no -" way to tell if a colorscheme was written for a high color terminal, we fall -" back on guessing. If any highlight group has a cterm color set to 16 or -" higher, we assume that the user has used a high color colorscheme - unless -" that color is one of the below, which vim can set internally when a color is -" requested by name. -let s:presets_88 = [] -let s:presets_88 += [32] " Brown -let s:presets_88 += [72] " DarkYellow -let s:presets_88 += [84] " Gray -let s:presets_88 += [84] " Grey -let s:presets_88 += [82] " DarkGray -let s:presets_88 += [82] " DarkGrey -let s:presets_88 += [43] " LightBlue -let s:presets_88 += [61] " LightGreen -let s:presets_88 += [63] " LightCyan -let s:presets_88 += [74] " LightRed -let s:presets_88 += [75] " LightMagenta -let s:presets_88 += [78] " LightYellow - -let s:presets_256 = [] -let s:presets_256 += [130] " Brown -let s:presets_256 += [130] " DarkYellow -let s:presets_256 += [248] " Gray -let s:presets_256 += [248] " Grey -let s:presets_256 += [242] " DarkGray -let s:presets_256 += [242] " DarkGrey -let s:presets_256 += [ 81] " LightBlue -let s:presets_256 += [121] " LightGreen -let s:presets_256 += [159] " LightCyan -let s:presets_256 += [224] " LightRed -let s:presets_256 += [225] " LightMagenta -let s:presets_256 += [229] " LightYellow - -" {>2} Wrapper around :exe to allow :executing multiple commands. -" "cmd" is the command to be :executed. -" If the variable is a String, it is :executed. -" If the variable is a List, each element is :executed. -function! s:exe(cmd) - if type(a:cmd) == type('') - exe a:cmd - else - for cmd in a:cmd - call s:exe(cmd) - endfor - endif -endfunction - -" {>2} Function to handle hooks -" Prototype: HandleHooks(type [, scheme]) -" "type" is the type of hook to be executed, ie. "pre" or "post" -" "scheme" is the name of the colorscheme that is currently active, if known -" -" If the variables g:CSApprox_hook_{type} and g:CSApprox_hook_{scheme}_{type} -" exist, this will :execute them in that order. If one does not exist, it -" will silently be ignored. -" -" If the scheme name contains characters that are invalid in a variable name, -" they will simply be removed. Ie, g:colors_name = "123 foo_bar-baz456" -" becomes "foo_barbaz456" -" -" NOTE: Exceptions will be printed out, rather than end processing early. The -" rationale is that it is worse for the user to fix the hook in an editor with -" broken colors. :) -function! s:HandleHooks(type, ...) - let type = a:type - let scheme = (a:0 == 1 ? a:1 : "") - let scheme = substitute(scheme, '[^[:alnum:]_]', '', 'g') - let scheme = substitute(scheme, '^\d\+', '', '') - - for cmd in [ 'g:CSApprox_hook_' . type, - \ 'g:CSApprox_' . scheme . '_hook_' . type, - \ 'g:CSApprox_hook_' . scheme . '_' . type ] - if exists(cmd) - try - call s:exe(eval(cmd)) - catch - echomsg "Error processing " . cmd . ":" - echomsg v:exception - endtry - endif - endfor -endfunction - -" {>2} Main function -" Wrapper around the actual implementation to make it easier to ensure that -" all temporary settings are restored by the time we return, whether or not -" something was thrown. Additionally, sets the 'verbose' option to the max of -" g:CSApprox_verbose_level (default 1) and &verbose for the duration of the -" main function. This allows us to default to a message whenever any error, -" even a recoverable one, occurs, meaning the user quickly finds out when -" something's wrong, but makes it very easy for the user to make us silent. -function! s:CSApprox(...) - try - if a:0 == 1 && a:1 - if !exists('s:inhibit_hicolor_test') - let s:inhibit_hicolor_test = 0 - endif - let s:inhibit_hicolor_test += 1 - endif - - let savelz = &lz - - set lz - - if exists("g:CSApprox_attr_map") && type(g:CSApprox_attr_map) == type({}) - call s:NormalizeAttrMap(g:CSApprox_attr_map) - else - let g:CSApprox_attr_map = { 'italic' : 'underline', 'sp' : 'fg' } - endif - - " colors_name must be unset and reset, or vim will helpfully reload the - " colorscheme when we set the background for the Normal group. - " See the help entries ':hi-normal-cterm' and 'g:colors_name' - if exists("g:colors_name") - let colors_name = g:colors_name - unlet g:colors_name - endif - - " Similarly, the global variable "syntax_cmd" must be set to something vim - " doesn't recognize, lest vim helpfully switch all colors back to the - " default whenever the Normal group is changed (in syncolor.vim)... - if exists("g:syntax_cmd") - let syntax_cmd = g:syntax_cmd - endif - let g:syntax_cmd = "PLEASE DON'T CHANGE ANY COLORS!!!" - - " Set up our verbosity level, if needed. - " Default to 1, so the user can know if something's wrong. - if !exists("g:CSApprox_verbose_level") - let g:CSApprox_verbose_level = 1 - endif - - call s:HandleHooks("pre", (exists("colors_name") ? colors_name : "")) - - let old_bg = &bg - - " Set 'verbose' set to the maximum of &verbose and CSApprox_verbose_level - exe max([&vbs, g:CSApprox_verbose_level]) 'verbose call s:CSApproxImpl()' - - let &bg = old_bg - - call s:HandleHooks("post", (exists("colors_name") ? colors_name : "")) - finally - if exists("colors_name") - let g:colors_name = colors_name - endif - - unlet g:syntax_cmd - if exists("syntax_cmd") - let g:syntax_cmd = syntax_cmd - endif - - let &lz = savelz - - if a:0 == 1 && a:1 - let s:inhibit_hicolor_test -= 1 - if s:inhibit_hicolor_test == 0 - unlet s:inhibit_hicolor_test - endif - endif - endtry -endfunction - -" {>2} CSApprox implementation -" Verifies that the user has not started the gui, and that vim recognizes his -" terminal as having enough colors for us to go on, then gathers the existing -" highlights and sets the cterm colors to match the gui colors for all those -" highlights (unless the colorscheme was already high-color). -function! s:CSApproxImpl() - " Return if not running in an 88/256 color terminal - if &t_Co != 256 && &t_Co != 88 - if &verbose && &t_Co != '' - echomsg "CSApprox skipped; terminal only has" &t_Co "colors, not 88/256" - echomsg "Try checking :help csapprox-terminal for workarounds" - endif - - return - endif - - " Get the current highlight colors - let highlights = s:Highlights(["gui"]) - - let hinums = keys(highlights) - - " Make sure that the script is not already 256 color by checking to make - " sure that no groups are set to a value above 256, unless the color they're - " set to can be set internally by vim (gotten by scraping - " color_numbers_{88,256} in syntax.c:do_highlight) - " - " XXX: s:inhibit_hicolor_test allows this test to be skipped for snapshots - if !exists("s:inhibit_hicolor_test") || !s:inhibit_hicolor_test - for hlid in hinums - for type in [ 'bg', 'fg' ] - let color = synIDattr(hlid, type, 'cterm') - - if color > 15 && index(s:presets_{&t_Co}, str2nr(color)) < 0 - " The value is set above 15, and wasn't set by vim. - if &verbose >= 2 - echomsg 'CSApprox: Exiting - high' type 'color found for' highlights[hlid].name - endif - return - endif - endfor - endfor - endif - - call s:FixupGuiInfo(highlights) - call s:FixupCtermInfo(highlights) - - " We need to set the Normal group first so 'bg' and 'fg' work as colors - call insert(hinums, remove(hinums, index(hinums, string(s:hlid_normal)))) - - " then set each color's cterm attributes to match gui - for hlid in hinums - call s:SetCtermFromGui(highlights[hlid]) - endfor -endfunction - -" {>2} Write out the current colors to an 88/256 color colorscheme file. -" "file" - destination filename -" "overwrite" - overwrite an existing file -function! s:CSApproxSnapshot(file, overwrite) - let force = a:overwrite - let file = fnamemodify(a:file, ":p") - - if empty(file) - throw "Bad file name: \"" . file . "\"" - elseif (filewritable(fnamemodify(file, ':h')) != 2) - throw "Cannot write to directory \"" . fnamemodify(file, ':h') . "\"" - elseif (glob(file) || filereadable(file)) && !force - " TODO - respect 'confirm' here and prompt if it's set. - echohl ErrorMsg - echomsg "E13: File exists (add ! to override)" - echohl None - return - endif - - " Sigh... This is basically a bug, but one that I have no chance of fixing. - " Vim decides that Pmenu should be highlighted in 'LightMagenta' in terminal - " vim and as 'Magenta' in gvim... And I can't ask it what color it actually - " *wants*. As far as I can see, there's no way for me to learn that - " I should output 'Magenta' when 'LightMagenta' is provided by vim for the - " terminal. - if !has('gui_running') - echohl WarningMsg - echomsg "Warning: The written colorscheme may have incorrect colors" - echomsg " when CSApproxSnapshot is used in terminal vim!" - echohl None - endif - - let save_t_Co = &t_Co - let s:inhibit_hicolor_test = 1 - if exists("g:CSApprox_konsole") - let save_CSApprox_konsole = g:CSApprox_konsole - endif - if exists("g:CSApprox_eterm") - let save_CSApprox_eterm = g:CSApprox_eterm - endif - - " Needed just like in CSApprox() - if exists("g:colors_name") - let colors_name = g:colors_name - unlet g:colors_name - endif - - " Needed just like in CSApprox() - if exists("g:syntax_cmd") - let syntax_cmd = g:syntax_cmd - endif - let g:syntax_cmd = "PLEASE DON'T CHANGE ANY COLORS!!!" - - try - let lines = [] - let lines += [ '" This scheme was created by CSApproxSnapshot' ] - let lines += [ '" on ' . strftime("%a, %d %b %Y") ] - let lines += [ '' ] - let lines += [ 'hi clear' ] - let lines += [ 'if exists("syntax_on")' ] - let lines += [ ' syntax reset' ] - let lines += [ 'endif' ] - let lines += [ '' ] - let lines += [ 'if v:version < 700' ] - let lines += [ ' let g:colors_name = expand("<sfile>:t:r")' ] - let lines += [ ' command! -nargs=+ CSAHi exe "hi" substitute(substitute(<q-args>, "undercurl", "underline", "g"), "guisp\\S\\+", "", "g")' ] - let lines += [ 'else' ] - let lines += [ ' let g:colors_name = expand("<sfile>:t:r")' ] - let lines += [ ' command! -nargs=+ CSAHi exe "hi" <q-args>' ] - let lines += [ 'endif' ] - let lines += [ '' ] - let lines += [ 'function! s:old_kde()' ] - let lines += [ ' " Konsole only used its own palette up til KDE 4.2.0' ] - let lines += [ " if executable('kde4-config') && system('kde4-config --kde-version') =~ '^4\.[10]\.'" ] - let lines += [ ' return 1' ] - let lines += [ " elseif executable('kde-config') && system('kde-config --version') =~# 'KDE: 3\.'" ] - let lines += [ ' return 1' ] - let lines += [ ' else' ] - let lines += [ ' return 0' ] - let lines += [ ' endif' ] - let lines += [ 'endfunction' ] - let lines += [ '' ] - - - let lines += [ 'if 0' ] - for round in [ 'konsole', 'eterm', 'xterm', 'urxvt' ] - sil! unlet g:CSApprox_eterm - sil! unlet g:CSApprox_konsole - - if round == 'konsole' - let g:CSApprox_konsole = 1 - elseif round == 'eterm' - let g:CSApprox_eterm = 1 - endif - - if round == 'urxvt' - set t_Co=88 - else - set t_Co=256 - endif - - call s:CSApprox() - - let highlights = s:Highlights(["term", "cterm", "gui"]) - call s:FixupGuiInfo(highlights) - - if round == 'konsole' || round == 'eterm' - if round == 'konsole' - let term_matches_round = '(&term =~? "^konsole" && s:old_kde())' - else - let term_matches_round = '&term =~? "^' . round . '"' - endif - - let lines += [ 'elseif has("gui_running") || (&t_Co == ' . &t_Co - \ . ' && (&term ==# "xterm" || &term =~# "^screen")' - \ . ' && exists("g:CSApprox_' . round . '")' - \ . ' && g:CSApprox_' . round . ')' - \ . ' || ' . term_matches_round ] - else - let lines += [ 'elseif has("gui_running") || &t_Co == ' . &t_Co ] - endif - - let hinums = keys(highlights) - - call insert(hinums, remove(hinums, index(hinums, string(s:hlid_normal)))) - - for hlnum in hinums - let hl = highlights[hlnum] - let line = ' CSAHi ' . hl.name - for type in [ 'term', 'cterm', 'gui' ] - let attrs = s:PossibleAttributes() - call filter(attrs, 'hl[type][v:val] == 1') - let line .= ' ' . type . '=' . (empty(attrs) ? 'NONE' : join(attrs, ',')) - if type != 'term' - let line .= ' ' . type . 'bg=' . (len(hl[type].bg) ? hl[type].bg : 'bg') - let line .= ' ' . type . 'fg=' . (len(hl[type].fg) ? hl[type].fg : 'fg') - if type == 'gui' && hl.gui.sp !~ '^\s*$' - let line .= ' ' . type . 'sp=' . hl[type].sp - endif - endif - endfor - let lines += [ line ] - endfor - endfor - let lines += [ 'endif' ] - let lines += [ '' ] - let lines += [ 'if 1' ] - let lines += [ ' delcommand CSAHi' ] - let lines += [ 'endif' ] - call writefile(lines, file) - finally - let &t_Co = save_t_Co - - if exists("save_CSApprox_konsole") - let g:CSApprox_konsole = save_CSApprox_konsole - endif - if exists("save_CSApprox_eterm") - let g:CSApprox_eterm = save_CSApprox_eterm - endif - - if exists("colors_name") - let g:colors_name = colors_name - endif - - unlet g:syntax_cmd - if exists("syntax_cmd") - let g:syntax_cmd = syntax_cmd - endif - - call s:CSApprox() - - unlet s:inhibit_hicolor_test - endtry -endfunction - -" {>2} Snapshot user command -command! -bang -nargs=1 -complete=file -bar CSApproxSnapshot - \ call s:CSApproxSnapshot(<f-args>, strlen("<bang>")) - -" {>2} Manual updates -command -bang -bar CSApprox call s:CSApprox(strlen("<bang>")) - -" {>1} Autocmds -" Set up an autogroup to hook us on the completion of any :colorscheme command -augroup CSApprox - au! - au ColorScheme * call s:CSApprox() - "au User CSApproxPost highlight Normal ctermbg=none | highlight NonText ctermbg=None -augroup END - -" {>1} Restore compatibility options -let &cpo = s:savecpo -unlet s:savecpo - - -" {0} vim:sw=2:sts=2:et:fdm=expr:fde=substitute(matchstr(getline(v\:lnum),'^\\s*"\\s*{\\zs.\\{-}\\ze}'),'^$','=','') |