Free dark blue colors software for linux

Domino Blue Milk is a Domino config file that looks like MacOS Xs Milk with a blue touch.

Started from Polyester-Blue color profile, transformed it to a murrina-domino config and then customized to add brightness to buttons, scrollbars and checkboxes.

Blue Moon project is a Blue Moon solitaire for Unix.
This 52-card solitaire starts with the entire deck shuffled and dealt out in four rows.
The aces are then moved to the left end of the layout, making 4 initial free spaces.
You may move to a space only the card that matches the left neighbor in suit, and is one greater in rank. Kings are high, so no cards may be placed to their right (they create dead spaces).
When no moves can be made, cards still out of sequence are reshuffled and dealt face up after the ends of the partial sequences, leaving a card space after each sequence, so that each row looks like a partial sequence followed by a space, followed by enough cards to make a row of 14.
A moments reflection will show that this game cannot take more than 13 deals.
A good score is 1-3 deals, 4-7 is average, 8 or more is poor.
Enhancements:
- Changes since the initial release have been in the packaging.

Dark Lands project is an ANSI based RPG game.
Dark Lands is a multiplayer RPG made fully with ANSI graphics. The source code is in Pascal. Currently, this game has probably no point except exploring the areas and killing monsters. It can be used as a BBS door game.
Main features:
- Door.sys, doorfile.sr and chain.txt support
- up to 115200 bps speed and up to 99 comports
- Easy setup and installation
- Local mode play
- 12 major races and over 60 subraces, including Humans, Dragons, Elf, Undead and Lycanthropes.
- 9 character alignement combinaison are possible
- 12 god to chose from, and player can be atheist
- over 100 different rooms
- over 15 monsters
- over 200 racial skills and 13 racial disadvantaged (most are still not implemented)
- Require a Fossil driver to work
- Online help system
- Players can build their own cities, raise armies and manage it
- And, best of all, this is emailware, just complete the form in the email section and youll receive your registration key at no charge at all.
Enhancements:
- BBS independant operation (optionnal)
- Internal login system
- Max time on
- Daemon operation DPMI + Linux are now functionnal ports.
- Faster Disk i/o
- Sysop can disable the sysop keys in the setup. (security)

Dark Plastik is a nice little black theme I made, based on my DarkPlastik colour scheme.

Has a debian wallpaper, but for those not running debian, wallpaper is easy to change

To install:

1) Download the file
2) Go into kcontrol (control center), to Appearance & Themes --> Themes.
3) Click "Install new theme", select the downloaded file
4) Select Dark Plastik in the list

Make sure you restart KDE after you install this theme! If you dont, then the colour screw up until you next start KDE.

Hope you guys like it!

DebBlue is a simple blue theme set for Debian which has a fading dark blue background with a Debian swirl on it.

The next few sections show DebBlue in action. If you click on the images you get a full resolution screenshot. You can download the themes in the Downloads section.

Imager::Color is a Perl module with color handling for Imager.

SYNOPSIS

$color = Imager::Color->new($red, $green, $blue);
$color = Imager::Color->new($red, $green, $blue, $alpha);
$color = Imager::Color->new("#C0C0FF"); # html color specification

$color->set($red, $green, $blue);
$color->set($red, $green, $blue, $alpha);
$color->set("#C0C0FF"); # html color specification

($red, $green, $blue, $alpha) = $color->rgba();
@hsv = $color->hsv(); # not implemented but proposed

$color->info();

if ($color->equals(other=>$other_color)) {
...
}

This module handles creating color objects used by imager. The idea is that in the future this module will be able to handle colorspace calculations as well.

new

This creates a color object to pass to functions that need a color argument.

set

This changes an already defined color. Note that this does not affect any places where the color has been used previously.

rgba

This returns the rgba code of the color the object contains.

info

Calling info merely dumps the relevant colorcode to the log.

equals(other=>$other_color)
equals(other=>$other_color, ignore_alpha=>1)

Compares $self and color $other_color returning true if the color components are the same.

Compares all four channels unless ignore_alpha is set. If ignore_alpha is set only the first three channels are compared.

You can specify colors in several different ways, you can just supply simple values:
simple numeric parameters - if you supply 3 or 4 numeric arguments, you get a color made up of those RGB (and possibly A) components.

a six hex digit web color, either RRGGBB or #RRGGBB
an eight hex digit web color, either RRGGBBAA or #RRGGBBAA.
a 3 hex digit web color, #RGB - a value of F becomes 255.
a color name, from whichever of the gimp Named_Colors file or X rgb.txt is found first. The same as using the name keyword.

You can supply named parameters:

red, green and blue, optionally shortened to r, g and b. The color components in the range 0 to 255.

# all of the following are equivalent
my $c1 = Imager::Color->new(red=>100, blue=>255, green=>0);
my $c2 = Imager::Color->new(r=>100, b=>255, g=>0);
my $c3 = Imager::Color->new(r=>100, blue=>255, g=>0);
hue, saturation and value, optionally shortened to h, s and v, to specify a HSV color. 0 new(hue=>120, value=>1, saturation=>0.5);
web, which can specify a 6 or 3 hex digit web color, in any of the forms #RRGGBB, #RGB, RRGGBB or RGB.
my $c1 = Imager::Color->new(web=>#FFC0C0); # pale red
gray or grey which specifies a single channel, from 0 to 255.
# exactly the same
my $c1 = Imager::Color->new(gray=>128);
my $c1 = Imager::Color->new(grey=>128);
rgb which takes a 3 member arrayref, containing each of the red, green and blue values.
# the same
my $c1 = Imager::Color->new(rgb=>[255, 100, 0]);
my $c1 = Imager::Color->new(r=>255, g=>100, b=>0);
hsv which takes a 3 member arrayref, containting each of hue, saturation and value.
# the same
my $c1 = Imager::Color->new(hsv=>[120, 0.5, 1]);
my $c1 = Imager::Color->new(hue=>120, v=>1, s=>0.5);

gimp which specifies a color from a GIMP palette file. You can specify the filename of the palette file with the palette parameter, or let Imager::Color look in various places, typically "$HOME/gimp-1.x/palettes/Named_Colors" with and without the version number, and in /usr/share/gimp/palettes/. The palette file must have color names.

my $c1 = Imager::Color->new(gimp=>snow);
my $c1 = Imager::Color->new(gimp=>snow, palette=>testimg/test_gimp_pal);

xname which specifies a color from an X11 rgb.txt file. You can specify the filename of the rgb.txt file with the palette parameter, or let Imager::Color look in various places, typically /usr/lib/X11/rgb.txt.

my $c1 = Imager::Color->new(xname=>blue) # usually RGB(0, 0, 255)

builtin which specifies a color from the built-in color table in Imager::Color::Table. The colors in this module are the same as the default X11 rgb.txt file.

my $c1 = Imager::Color->new(builtin=>black) # always RGB(0, 0, 0)

name which specifies a name from either a GIMP palette, an X rgb.txt file or the built-in color table, whichever is found first.

channel0, channel1, etc, each of which specifies a single channel. These can be abbreviated to c0, c1 etc.

channels which takes an arrayref of the channel values.

Optionally you can add an alpha channel to a color with the alpha or a parameter.

These color specifications can be used for both constructing new colors with the new() method and modifying existing colors with the set() method.

Blue for CSound project is a java program for use with Csound. Its interface is much like a digital multitrack, but differs in that there timelines within timelines (polyObjects). This allows for a compositional organization in time that seems to me to be very intuitive, informative, and flexible.
Main features:
- SoundObjects are the building blocks within blues score timeline. soundObjects can be lists of notes, algorithmic generators, python script code, csound instrument definitions, and whatever plugins that are developed for blue. these soundObjects may be text based, but they can be completely GUI based as well.
- Timeline allows for visual organization of soundObjects
- Polyobject are objects which hold other soundObjects, and have timelines in themselves. working within them on their timelines and outside of them on the parent timeline help organize and understand the concepts of objective time and relative time between different objects
- The soundOject library allow for instantiating multiple copies of a soundobject, which allows for editting the original object and updating all copies
- noteProcessors allow for modifying the soundObjects properties, i.e. adding 2 to all p4 values, multiplying all p5 values by 6, etc.
- The orchestra manager organizes csound instruments and functions as an instrument librarian. you can selectively choose what instruments to output to the generated csound .csd file, so you can feel free to keep all of your instruments in a large library and output only the ones you need, cutting down on load time for csound.
- Syntax hilighting of csound language
- Use of scripting for user extensibility
- SoundObject freezing - free up CPU cycles by pre-rendering objects
- Microtonal PianoRoll allows editing notes using any Scala scale
- blueLive - work with soundObjects in realtime to experiment with musical ideas or performance
- and more!